------------------------------------------------------------------------------- Using HEMCO 3.0.0 HEMCO precision (hp) is set to is 8-byte real (aka REAL*8) ------------------------------------------------------------------------------- Opened shortcut bracket: EMISSIONS - Skip content of this bracket: F Opened shortcut bracket: APEI - Skip content of this bracket: T Closed shortcut bracket: APEI - Skip following lines: F Opened shortcut bracket: NEI2011_HOURLY - Skip content of this bracket: T Closed shortcut bracket: NEI2011_HOURLY - Skip following lines: F Opened shortcut bracket: NEI2011_MONMEAN - Skip content of this bracket: T Closed shortcut bracket: NEI2011_MONMEAN - Skip following lines: F Opened shortcut bracket: MIX - Skip content of this bracket: T Closed shortcut bracket: MIX - Skip following lines: F Opened shortcut bracket: DICE_Africa - Skip content of this bracket: T Closed shortcut bracket: DICE_Africa - Skip following lines: F Opened shortcut bracket: CEDS - Skip content of this bracket: F Closed shortcut bracket: CEDS - 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Skip following lines: F Opened shortcut bracket: FINN_daily - Skip content of this bracket: T Opened shortcut bracket: FINN_subgrid_coag - Skip content of this bracket: T Closed shortcut bracket: FINN_subgrid_coag - Skip following lines: T Closed shortcut bracket: FINN_daily - Skip following lines: F Closed shortcut bracket: EMISSIONS - Skip following lines: F Opened shortcut bracket: METEOROLOGY - Skip content of this bracket: F Will shift time stamp of field ALBEDO: 30 minutes Will shift time stamp of field CLDTOT: 30 minutes Will shift time stamp of field EFLUX: 30 minutes Will shift time stamp of field EVAP: 30 minutes Will shift time stamp of field FRSEAICE: 30 minutes Will shift time stamp of field FRSNO: 30 minutes Will shift time stamp of field GRN: 30 minutes Will shift time stamp of field GWETROOT: 30 minutes Will shift time stamp of field GWETTOP: 30 minutes Will shift time stamp of field HFLUX: 30 minutes Will shift time stamp of field LAI: 30 minutes Will shift time stamp of field LWI: 30 minutes Will shift time stamp of field LWGNT: 30 minutes Will shift time stamp of field PARDF: 30 minutes Will shift time stamp of field PARDR: 30 minutes Will shift time stamp of field PBLH: 30 minutes Will shift time stamp of field PRECANV: 30 minutes Will shift time stamp of field PRECCON: 30 minutes Will shift time stamp of field PRECLSC: 30 minutes Will shift time stamp of field PRECSNO: 30 minutes Will shift time stamp of field PRECTOT: 30 minutes Will shift time stamp of field SEAICE00: 30 minutes Will shift time stamp of field SEAICE10: 30 minutes Will shift time stamp of field SEAICE20: 30 minutes Will shift time stamp of field SEAICE30: 30 minutes Will shift time stamp of field SEAICE40: 30 minutes Will shift time stamp of field SEAICE50: 30 minutes Will shift time stamp of field SEAICE60: 30 minutes Will shift time stamp of field SEAICE70: 30 minutes Will shift time stamp of field SEAICE80: 30 minutes Will shift time stamp of field SEAICE90: 30 minutes Will shift time stamp of field SLP: 30 minutes Will shift time stamp of field SNODP: 30 minutes Will shift time stamp of field SNOMAS: 30 minutes Will shift time stamp of field SWGDN: 30 minutes Will shift time stamp of field TO3: 30 minutes Will shift time stamp of field TROPPT: 30 minutes Will shift time stamp of field TS: 30 minutes Will shift time stamp of field T2M: 30 minutes Will shift time stamp of field U10M: 30 minutes Will shift time stamp of field USTAR: 30 minutes Will shift time stamp of field V10M: 30 minutes Will shift time stamp of field Z0M: 30 minutes Will shift time stamp of field CLOUD: 90 minutes Will shift time stamp of field OPTDEPTH: 90 minutes Will shift time stamp of field QI: 90 minutes Will shift time stamp of field QL: 90 minutes Will shift time stamp of field TAUCLI: 90 minutes Will shift time stamp of field TAUCLW: 90 minutes Will shift time stamp of field DTRAIN: 90 minutes Will shift time stamp of field OMEGA: 90 minutes Will shift time stamp of field RH: 90 minutes Will shift time stamp of field U: 90 minutes Will shift time stamp of field V: 90 minutes Will shift time stamp of field DQRCU: 90 minutes Will shift time stamp of field DQRLSAN: 90 minutes Will shift time stamp of field REEVAPCN: 90 minutes Will shift time stamp of field REEVAPLS: 90 minutes Will shift time stamp of field CMFMC: 90 minutes Will shift time stamp of field PFICU: 90 minutes Will shift time stamp of field PFILSAN: 90 minutes Will shift time stamp of field PFLCU: 90 minutes Will shift time stamp of field PFLLSAN: 90 minutes Will shift time stamp of field PS: 1 days Will shift time stamp of field QV: 1 days Will shift time stamp of field T: 1 days Opened shortcut bracket: LightNOx - Skip content of this bracket: F Will shift time stamp of field LDENS: 90 minutes Will shift time stamp of field CTH: 90 minutes Closed shortcut bracket: LightNOx - Skip following lines: F Closed shortcut bracket: METEOROLOGY - Skip following lines: F Opened shortcut bracket: GC_RESTART - Skip content of this bracket: F Opened shortcut bracket: STATE_PSC - Skip content of this bracket: F Closed shortcut bracket: STATE_PSC - Skip following lines: F Closed shortcut bracket: GC_RESTART - Skip following lines: F Opened shortcut bracket: GC_BCs - Skip content of this bracket: T Closed shortcut bracket: GC_BCs - Skip following lines: F Opened shortcut bracket: CHEMISTRY_INPUT - Skip content of this bracket: F Opened shortcut bracket: UVALBEDO - Skip content of this bracket: F Closed shortcut bracket: UVALBEDO - Skip following lines: F Opened shortcut bracket: CCM_STRAT_Bry - Skip content of this bracket: F Closed shortcut bracket: CCM_STRAT_Bry - Skip following lines: F Opened shortcut bracket: GMI_STRAT_OH - 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Skip following lines: F Opened shortcut bracket: EDGARv43 - Skip content of this bracket: T Closed shortcut bracket: EDGARv43 - Skip following lines: F Opened shortcut bracket: DECAYING_PLANTS - Skip content of this bracket: F Closed shortcut bracket: DECAYING_PLANTS - Skip following lines: F Opened shortcut bracket: AEIC - Skip content of this bracket: F Closed shortcut bracket: AEIC - Skip following lines: F Opened shortcut bracket: NEI2011_HOURLY.or.NEI2011_MONMEAN - Skip content of this bracket: T Closed shortcut bracket: NEI2011_HOURLY.or.NEI2011_MONMEAN - Skip following lines: F Opened shortcut bracket: GFAS - Skip content of this bracket: T Closed shortcut bracket: GFAS - Skip following lines: F Opened shortcut bracket: QFED2 - Skip content of this bracket: T Closed shortcut bracket: QFED2 - Skip following lines: F Opened shortcut bracket: DICE_Africa - Skip content of this bracket: T Closed shortcut bracket: DICE_Africa - Skip following lines: F Opened shortcut bracket: OFFLINE_DUST - 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Skip content of this bracket: T Closed shortcut bracket: NEI2011_HOURLY.or.NEI2011_MONMEAN.or.NEI2011_SHIP_HOURLY.or.NEI2011_SHIP_MONMEAN - Skip following lines: F Opened shortcut bracket: DICE_Africa - Skip content of this bracket: T Closed shortcut bracket: DICE_Africa - Skip following lines: F Opened shortcut bracket: AFCID - Skip content of this bracket: F Closed shortcut bracket: AFCID - Skip following lines: F Closed shortcut bracket: EMISSIONS - Skip following lines: F HEMCO: Entering Init_HCO_State (hco_state_mod.F90) ( 1) Initialized HEMCO state. Will use the following settings: Unit tolerance : 1 Negative values : 0 Mask fractions : F Do drydep over entire PBL : F Upper limit for deposition x ts: 20.00 Scale emissions : T Cap time shift : F HEMCO: Leaving Init_HCO_State (hco_state_mod.F90) ( 1) ------------------------------------------------------------------------------- Registering HEMCO species: Species ACET --> HcoID : 1 --> ModID : 1 --> MW (g/mol) : 58.0900000000000 --> Henry constant: 27.3999996185303 --> Henry temp. : 5500.00000000000 --> Henry pKA : -999.000000000000 Species ACTA --> HcoID : 2 --> ModID : 2 --> MW (g/mol) : 60.0600000000000 --> Henry constant: 4050.00000000000 --> Henry temp. : 6200.00000000000 --> Henry pKA : -999.000000000000 Species AERI --> HcoID : 3 --> ModID : 3 --> MW (g/mol) : 126.900000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ALD2 --> HcoID : 4 --> ModID : 4 --> MW (g/mol) : 44.0600000000000 --> Henry constant: 13.1999998092651 --> Henry temp. : 5900.00000000000 --> Henry pKA : -999.000000000000 Species ALK4 --> HcoID : 5 --> ModID : 5 --> MW (g/mol) : 58.1200000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ATOOH --> HcoID : 6 --> ModID : 6 --> MW (g/mol) : 90.0900000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species BCPI --> HcoID : 7 --> ModID : 7 --> MW (g/mol) : 12.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species BCPO --> HcoID : 8 --> ModID : 8 --> MW (g/mol) : 12.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species BENZ --> HcoID : 9 --> ModID : 9 --> MW (g/mol) : 78.1200000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species Br --> HcoID : 10 --> ModID : 10 --> MW (g/mol) : 79.9000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species Br2 --> HcoID : 11 --> ModID : 11 --> MW (g/mol) : 159.800000000000 --> Henry constant: 0.759999990463257 --> Henry temp. : 3720.00000000000 --> Henry pKA : -999.000000000000 Species BrCl --> HcoID : 12 --> ModID : 12 --> MW (g/mol) : 115.450000000000 --> Henry constant: 0.970000028610229 --> Henry temp. : 5600.00000000000 --> Henry pKA : -999.000000000000 Species BrNO2 --> HcoID : 13 --> ModID : 13 --> MW (g/mol) : 125.910000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species BrNO3 --> HcoID : 14 --> ModID : 14 --> MW (g/mol) : 141.910000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species BrO --> HcoID : 15 --> ModID : 15 --> MW (g/mol) : 95.9000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species BrSALA --> HcoID : 16 --> ModID : 16 --> MW (g/mol) : 79.9000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species BrSALC --> HcoID : 17 --> ModID : 17 --> MW (g/mol) : 79.9000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species C2H6 --> HcoID : 18 --> ModID : 18 --> MW (g/mol) : 30.0800000000000 --> Henry constant: 1.930000027641654E-003 --> Henry temp. : 2400.00000000000 --> Henry pKA : -999.000000000000 Species C3H8 --> HcoID : 19 --> ModID : 19 --> MW (g/mol) : 44.1100000000000 --> Henry constant: 1.520000048913062E-003 --> Henry temp. : 2400.00000000000 --> Henry pKA : -999.000000000000 Species CCl4 --> HcoID : 20 --> ModID : 20 --> MW (g/mol) : 153.820000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CFC11 --> HcoID : 21 --> ModID : 21 --> MW (g/mol) : 137.370000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CFC113 --> HcoID : 22 --> ModID : 22 --> MW (g/mol) : 187.380000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CFC114 --> HcoID : 23 --> ModID : 23 --> MW (g/mol) : 170.920000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CFC115 --> HcoID : 24 --> ModID : 24 --> MW (g/mol) : 154.470000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CFC12 --> HcoID : 25 --> ModID : 25 --> MW (g/mol) : 120.910000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH2Br2 --> HcoID : 26 --> ModID : 26 --> MW (g/mol) : 173.830000000000 --> Henry constant: 1.22000002861023 --> Henry temp. : 5000.00000000000 --> Henry pKA : -999.000000000000 Species CH2Cl2 --> HcoID : 27 --> ModID : 27 --> MW (g/mol) : 84.9300000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH2I2 --> HcoID : 28 --> ModID : 28 --> MW (g/mol) : 267.840000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH2IBr --> HcoID : 29 --> ModID : 29 --> MW (g/mol) : 220.840000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH2ICl --> HcoID : 30 --> ModID : 30 --> MW (g/mol) : 176.380000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH2O --> HcoID : 31 --> ModID : 31 --> MW (g/mol) : 30.0300000000000 --> Henry constant: 3240.00000000000 --> Henry temp. : 6800.00000000000 --> Henry pKA : -999.000000000000 Species CH3Br --> HcoID : 32 --> ModID : 32 --> MW (g/mol) : 94.9400000000000 --> Henry constant: 0.131999999284744 --> Henry temp. : 2800.00000000000 --> Henry pKA : -999.000000000000 Species CH3CCl3 --> HcoID : 33 --> ModID : 33 --> MW (g/mol) : 133.350000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH3Cl --> HcoID : 34 --> ModID : 34 --> MW (g/mol) : 50.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CH3I --> HcoID : 35 --> ModID : 35 --> MW (g/mol) : 141.940000000000 --> Henry constant: 0.202649995684624 --> Henry temp. : 3600.00000000000 --> Henry pKA : -999.000000000000 Species CH4 --> HcoID : 36 --> ModID : 36 --> MW (g/mol) : 16.0500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CHBr3 --> HcoID : 37 --> ModID : 37 --> MW (g/mol) : 252.730000000000 --> Henry constant: 1.72000002861023 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species CHCl3 --> HcoID : 38 --> ModID : 38 --> MW (g/mol) : 119.350000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species Cl --> HcoID : 39 --> ModID : 39 --> MW (g/mol) : 35.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species Cl2 --> HcoID : 40 --> ModID : 40 --> MW (g/mol) : 70.9000000000000 --> Henry constant: 9.200000017881393E-002 --> Henry temp. : 2000.00000000000 --> Henry pKA : -999.000000000000 Species Cl2O2 --> HcoID : 41 --> ModID : 41 --> MW (g/mol) : 102.910000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ClNO2 --> HcoID : 42 --> ModID : 42 --> MW (g/mol) : 81.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ClNO3 --> HcoID : 43 --> ModID : 43 --> MW (g/mol) : 97.4500000000000 --> Henry constant: 1.000000020040877E+020 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species ClO --> HcoID : 44 --> ModID : 44 --> MW (g/mol) : 51.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ClOO --> HcoID : 45 --> ModID : 45 --> MW (g/mol) : 67.4500000000000 --> Henry constant: 1.00000000000000 --> Henry temp. : 3500.00000000000 --> Henry pKA : -999.000000000000 Species CLOCK --> HcoID : 46 --> ModID : 46 --> MW (g/mol) : 1.00000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species CO --> HcoID : 47 --> ModID : 47 --> MW (g/mol) : 28.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species DMS --> HcoID : 48 --> ModID : 48 --> MW (g/mol) : 62.1300000000000 --> Henry constant: 0.479999989271164 --> Henry temp. : 3100.00000000000 --> Henry pKA : -999.000000000000 Species DST1 --> HcoID : 49 --> ModID : 49 --> MW (g/mol) : 29.0000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species DST2 --> HcoID : 50 --> ModID : 50 --> MW (g/mol) : 29.0000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species DST3 --> HcoID : 51 --> ModID : 51 --> MW (g/mol) : 29.0000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species DST4 --> HcoID : 52 --> ModID : 52 --> MW (g/mol) : 29.0000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species EOH --> HcoID : 53 --> ModID : 53 --> MW (g/mol) : 46.0800000000000 --> Henry constant: 193.000000000000 --> Henry temp. : 6400.00000000000 --> Henry pKA : -999.000000000000 Species ETHLN --> HcoID : 54 --> ModID : 54 --> MW (g/mol) : 105.060000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species ETNO3 --> HcoID : 55 --> ModID : 55 --> MW (g/mol) : 91.0800000000000 --> Henry constant: 1.60000002384186 --> Henry temp. : 5400.00000000000 --> Henry pKA : -999.000000000000 Species ETP --> HcoID : 56 --> ModID : 56 --> MW (g/mol) : 62.0800000000000 --> Henry constant: 334.000000000000 --> Henry temp. : 6000.00000000000 --> Henry pKA : -999.000000000000 Species GLYC --> HcoID : 57 --> ModID : 57 --> MW (g/mol) : 60.0600000000000 --> Henry constant: 41500.0000000000 --> Henry temp. : 4600.00000000000 --> Henry pKA : -999.000000000000 Species GLYX --> HcoID : 58 --> ModID : 58 --> MW (g/mol) : 58.0400000000000 --> Henry constant: 415000.000000000 --> Henry temp. : 7500.00000000000 --> Henry pKA : -999.000000000000 Species H1211 --> HcoID : 59 --> ModID : 59 --> MW (g/mol) : 165.360000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species H1301 --> HcoID : 60 --> ModID : 60 --> MW (g/mol) : 148.910000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species H2402 --> HcoID : 61 --> ModID : 61 --> MW (g/mol) : 259.820000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species H2O --> HcoID : 62 --> ModID : 62 --> MW (g/mol) : 18.0200000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species H2O2 --> HcoID : 63 --> ModID : 63 --> MW (g/mol) : 34.0200000000000 --> Henry constant: 83000.0000000000 --> Henry temp. : 7400.00000000000 --> Henry pKA : -999.000000000000 Species HAC --> HcoID : 64 --> ModID : 64 --> MW (g/mol) : 74.0800000000000 --> Henry constant: 7800.00000000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species HBr --> HcoID : 65 --> ModID : 65 --> MW (g/mol) : 80.9100000000000 --> Henry constant: 71000003706880.0 --> Henry temp. : 10200.0000000000 --> Henry pKA : -999.000000000000 Species HC5A --> HcoID : 66 --> ModID : 66 --> MW (g/mol) : 100.130000000000 --> Henry constant: 7800.00000000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species HCFC123 --> HcoID : 67 --> ModID : 67 --> MW (g/mol) : 152.930000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HCFC141b --> HcoID : 68 --> ModID : 68 --> MW (g/mol) : 116.940000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HCFC142b --> HcoID : 69 --> ModID : 69 --> MW (g/mol) : 100.500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HCFC22 --> HcoID : 70 --> ModID : 70 --> MW (g/mol) : 86.4700000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HCl --> HcoID : 71 --> ModID : 71 --> MW (g/mol) : 36.4500000000000 --> Henry constant: 62999998464.0000 --> Henry temp. : 9000.00000000000 --> Henry pKA : -999.000000000000 Species HCOOH --> HcoID : 72 --> ModID : 72 --> MW (g/mol) : 46.0300000000000 --> Henry constant: 8920.00000000000 --> Henry temp. : 6100.00000000000 --> Henry pKA : -999.000000000000 Species HI --> HcoID : 73 --> ModID : 73 --> MW (g/mol) : 127.910000000000 --> Henry constant: 74299998208000.0 --> Henry temp. : 3187.19995117188 --> Henry pKA : -999.000000000000 Species HMHP --> HcoID : 74 --> ModID : 74 --> MW (g/mol) : 64.0500000000000 --> Henry constant: 1300000.00000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species HMML --> HcoID : 75 --> ModID : 75 --> MW (g/mol) : 102.100000000000 --> Henry constant: 120000.000000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species HNO2 --> HcoID : 76 --> ModID : 76 --> MW (g/mol) : 47.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HNO3 --> HcoID : 77 --> ModID : 77 --> MW (g/mol) : 63.0100000000000 --> Henry constant: 83000.0000000000 --> Henry temp. : 7400.00000000000 --> Henry pKA : -999.000000000000 Species HNO4 --> HcoID : 78 --> ModID : 78 --> MW (g/mol) : 79.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HOBr --> HcoID : 79 --> ModID : 79 --> MW (g/mol) : 96.9100000000000 --> Henry constant: 1300.00000000000 --> Henry temp. : 4000.00000000000 --> Henry pKA : -999.000000000000 Species HOCl --> HcoID : 80 --> ModID : 80 --> MW (g/mol) : 52.4500000000000 --> Henry constant: 650.000000000000 --> Henry temp. : 5900.00000000000 --> Henry pKA : -999.000000000000 Species HOI --> HcoID : 81 --> ModID : 81 --> MW (g/mol) : 143.890000000000 --> Henry constant: 15400.0000000000 --> Henry temp. : 8371.00000000000 --> Henry pKA : -999.000000000000 Species HONIT --> HcoID : 82 --> ModID : 82 --> MW (g/mol) : 215.000000000000 --> Henry constant: 26900000931840.0 --> Henry temp. : 5487.00000000000 --> Henry pKA : -999.000000000000 Species HPALD1 --> HcoID : 83 --> ModID : 83 --> MW (g/mol) : 116.130000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HPALD2 --> HcoID : 84 --> ModID : 84 --> MW (g/mol) : 116.130000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HPALD3 --> HcoID : 85 --> ModID : 85 --> MW (g/mol) : 116.130000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HPALD4 --> HcoID : 86 --> ModID : 86 --> MW (g/mol) : 116.130000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species HPETHNL --> HcoID : 87 --> ModID : 87 --> MW (g/mol) : 76.0600000000000 --> Henry constant: 41000.0000000000 --> Henry temp. : 4600.00000000000 --> Henry pKA : -999.000000000000 Species I --> HcoID : 88 --> ModID : 88 --> MW (g/mol) : 126.900000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species I2 --> HcoID : 89 --> ModID : 89 --> MW (g/mol) : 253.800000000000 --> Henry constant: 2.70000004768372 --> Henry temp. : 7507.39990234375 --> Henry pKA : -999.000000000000 Species I2O2 --> HcoID : 90 --> ModID : 90 --> MW (g/mol) : 285.800000000000 --> Henry constant: 1.000000020040877E+020 --> Henry temp. : 18900.0000000000 --> Henry pKA : -999.000000000000 Species I2O3 --> HcoID : 91 --> ModID : 91 --> MW (g/mol) : 301.800000000000 --> Henry constant: 1.000000020040877E+020 --> Henry temp. : 13400.0000000000 --> Henry pKA : -999.000000000000 Species I2O4 --> HcoID : 92 --> ModID : 92 --> MW (g/mol) : 317.800000000000 --> Henry constant: 1.000000020040877E+020 --> Henry temp. : 13400.0000000000 --> Henry pKA : -999.000000000000 Species IBr --> HcoID : 93 --> ModID : 93 --> MW (g/mol) : 206.900000000000 --> Henry constant: 24.0000000000000 --> Henry temp. : 4916.70019531250 --> Henry pKA : -999.000000000000 Species ICHE --> HcoID : 94 --> ModID : 94 --> MW (g/mol) : 116.130000000000 --> Henry constant: 80000000.0000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species ICl --> HcoID : 95 --> ModID : 95 --> MW (g/mol) : 162.450000000000 --> Henry constant: 111.000000000000 --> Henry temp. : 2105.50000000000 --> Henry pKA : -999.000000000000 Species ICN --> HcoID : 96 --> ModID : 96 --> MW (g/mol) : 145.130000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species ICPDH --> HcoID : 97 --> ModID : 97 --> MW (g/mol) : 150.150000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species IDC --> HcoID : 98 --> ModID : 98 --> MW (g/mol) : 98.1100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species IDCHP --> HcoID : 99 --> ModID : 99 --> MW (g/mol) : 148.130000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species IDHDP --> HcoID : 100 --> ModID : 100 --> MW (g/mol) : 168.170000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species IDHPE --> HcoID : 101 --> ModID : 101 --> MW (g/mol) : 150.150000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species IDN --> HcoID : 102 --> ModID : 102 --> MW (g/mol) : 192.150000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species IEPOXA --> HcoID : 103 --> ModID : 103 --> MW (g/mol) : 106.140000000000 --> Henry constant: 80000000.0000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species IEPOXB --> HcoID : 104 --> ModID : 104 --> MW (g/mol) : 106.140000000000 --> Henry constant: 80000000.0000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species IEPOXD --> HcoID : 105 --> ModID : 105 --> MW (g/mol) : 106.140000000000 --> Henry constant: 80000000.0000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species IHN1 --> HcoID : 106 --> ModID : 106 --> MW (g/mol) : 147.150000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species IHN2 --> HcoID : 107 --> ModID : 107 --> MW (g/mol) : 147.150000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species IHN3 --> HcoID : 108 --> ModID : 108 --> MW (g/mol) : 147.150000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species IHN4 --> HcoID : 109 --> ModID : 109 --> MW (g/mol) : 147.150000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species INDIOL --> HcoID : 110 --> ModID : 110 --> MW (g/mol) : 102.000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species INO --> HcoID : 111 --> ModID : 111 --> MW (g/mol) : 156.910000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species INPB --> HcoID : 112 --> ModID : 112 --> MW (g/mol) : 163.150000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species INPD --> HcoID : 113 --> ModID : 113 --> MW (g/mol) : 163.150000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species IO --> HcoID : 114 --> ModID : 114 --> MW (g/mol) : 142.900000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species IONITA --> HcoID : 115 --> ModID : 115 --> MW (g/mol) : 14.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species IONO --> HcoID : 116 --> ModID : 116 --> MW (g/mol) : 172.910000000000 --> Henry constant: 0.300000011920929 --> Henry temp. : 7240.39990234375 --> Henry pKA : -999.000000000000 Species IONO2 --> HcoID : 117 --> ModID : 117 --> MW (g/mol) : 188.910000000000 --> Henry constant: 1.000000020040877E+020 --> Henry temp. : 3980.00000000000 --> Henry pKA : -999.000000000000 Species IPRNO3 --> HcoID : 118 --> ModID : 118 --> MW (g/mol) : 105.110000000000 --> Henry constant: 0.790000021457672 --> Henry temp. : 5400.00000000000 --> Henry pKA : -999.000000000000 Species ISALA --> HcoID : 119 --> ModID : 119 --> MW (g/mol) : 126.900000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ISALC --> HcoID : 120 --> ModID : 120 --> MW (g/mol) : 126.900000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species ISOP --> HcoID : 121 --> ModID : 121 --> MW (g/mol) : 68.1300000000000 --> Henry constant: 3.449999913573265E-002 --> Henry temp. : 4400.00000000000 --> Henry pKA : -999.000000000000 Species ITCN --> HcoID : 122 --> ModID : 122 --> MW (g/mol) : 195.150000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species ITHN --> HcoID : 123 --> ModID : 123 --> MW (g/mol) : 197.170000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species LIMO --> HcoID : 124 --> ModID : 124 --> MW (g/mol) : 136.260000000000 --> Henry constant: 7.000000029802322E-002 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species LVOC --> HcoID : 125 --> ModID : 125 --> MW (g/mol) : 154.190000000000 --> Henry constant: 100000000.000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species LVOCOA --> HcoID : 126 --> ModID : 126 --> MW (g/mol) : 154.190000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species MACR --> HcoID : 127 --> ModID : 127 --> MW (g/mol) : 70.1000000000000 --> Henry constant: 4.86000013351440 --> Henry temp. : 4300.00000000000 --> Henry pKA : -999.000000000000 Species MACR1OOH --> HcoID : 128 --> ModID : 128 --> MW (g/mol) : 102.100000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species MAP --> HcoID : 129 --> ModID : 129 --> MW (g/mol) : 76.0600000000000 --> Henry constant: 840.000000000000 --> Henry temp. : 5300.00000000000 --> Henry pKA : -999.000000000000 Species MCRDH --> HcoID : 130 --> ModID : 130 --> MW (g/mol) : 104.120000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species MCRENOL --> HcoID : 131 --> ModID : 131 --> MW (g/mol) : 86.1000000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species MCRHN --> HcoID : 132 --> ModID : 132 --> MW (g/mol) : 149.110000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species MCRHNB --> HcoID : 133 --> ModID : 133 --> MW (g/mol) : 149.110000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species MCRHP --> HcoID : 134 --> ModID : 134 --> MW (g/mol) : 120.120000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species MEK --> HcoID : 135 --> ModID : 135 --> MW (g/mol) : 72.1100000000000 --> Henry constant: 18.2000007629395 --> Henry temp. : 5700.00000000000 --> Henry pKA : -999.000000000000 Species MENO3 --> HcoID : 136 --> ModID : 136 --> MW (g/mol) : 77.0500000000000 --> Henry constant: 11.0000000000000 --> Henry temp. : 4700.00000000000 --> Henry pKA : -999.000000000000 Species MGLY --> HcoID : 137 --> ModID : 137 --> MW (g/mol) : 72.0700000000000 --> Henry constant: 32400.0000000000 --> Henry temp. : 6200.00000000000 --> Henry pKA : -999.000000000000 Species MOH --> HcoID : 138 --> ModID : 138 --> MW (g/mol) : 32.0500000000000 --> Henry constant: 203.000000000000 --> Henry temp. : 5600.00000000000 --> Henry pKA : -999.000000000000 Species MONITA --> HcoID : 139 --> ModID : 139 --> MW (g/mol) : 14.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species MONITS --> HcoID : 140 --> ModID : 140 --> MW (g/mol) : 215.280000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species MONITU --> HcoID : 141 --> ModID : 141 --> MW (g/mol) : 215.280000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species MP --> HcoID : 142 --> ModID : 142 --> MW (g/mol) : 48.0500000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species MPAN --> HcoID : 143 --> ModID : 143 --> MW (g/mol) : 147.100000000000 --> Henry constant: 1.72000002861023 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species MPN --> HcoID : 144 --> ModID : 144 --> MW (g/mol) : 93.0500000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species MSA --> HcoID : 145 --> ModID : 145 --> MW (g/mol) : 96.1000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species MTPA --> HcoID : 146 --> ModID : 146 --> MW (g/mol) : 136.260000000000 --> Henry constant: 4.899999871850014E-002 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species MTPO --> HcoID : 147 --> ModID : 147 --> MW (g/mol) : 136.260000000000 --> Henry constant: 4.899999871850014E-002 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species MVK --> HcoID : 148 --> ModID : 148 --> MW (g/mol) : 70.0900000000000 --> Henry constant: 26.2999992370605 --> Henry temp. : 4800.00000000000 --> Henry pKA : -999.000000000000 Species MVKDH --> HcoID : 149 --> ModID : 149 --> MW (g/mol) : 105.130000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species MVKHC --> HcoID : 150 --> ModID : 150 --> MW (g/mol) : 102.100000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species MVKHCB --> HcoID : 151 --> ModID : 151 --> MW (g/mol) : 102.100000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species MVKHP --> HcoID : 152 --> ModID : 152 --> MW (g/mol) : 120.120000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species MVKN --> HcoID : 153 --> ModID : 153 --> MW (g/mol) : 149.120000000000 --> Henry constant: 17000.0000000000 --> Henry temp. : 9200.00000000000 --> Henry pKA : -999.000000000000 Species MVKPC --> HcoID : 154 --> ModID : 154 --> MW (g/mol) : 118.100000000000 --> Henry constant: 1400000.00000000 --> Henry temp. : 7200.00000000000 --> Henry pKA : -999.000000000000 Species N2O --> HcoID : 155 --> ModID : 155 --> MW (g/mol) : 44.0200000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species N2O5 --> HcoID : 156 --> ModID : 156 --> MW (g/mol) : 108.020000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NH3 --> HcoID : 157 --> ModID : 157 --> MW (g/mol) : 17.0400000000000 --> Henry constant: 3300000.00000000 --> Henry temp. : 4100.00000000000 --> Henry pKA : -999.000000000000 Species NH4 --> HcoID : 158 --> ModID : 158 --> MW (g/mol) : 18.0500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NIT --> HcoID : 159 --> ModID : 159 --> MW (g/mol) : 62.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NITs --> HcoID : 160 --> ModID : 160 --> MW (g/mol) : 31.4000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NO --> HcoID : 161 --> ModID : 161 --> MW (g/mol) : 30.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NO2 --> HcoID : 162 --> ModID : 162 --> MW (g/mol) : 46.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NO3 --> HcoID : 163 --> ModID : 163 --> MW (g/mol) : 62.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species NPRNO3 --> HcoID : 164 --> ModID : 164 --> MW (g/mol) : 105.110000000000 --> Henry constant: 1.10000002384186 --> Henry temp. : 5500.00000000000 --> Henry pKA : -999.000000000000 Species O3 --> HcoID : 165 --> ModID : 165 --> MW (g/mol) : 48.0000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species OClO --> HcoID : 166 --> ModID : 166 --> MW (g/mol) : 67.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species OCPI --> HcoID : 167 --> ModID : 167 --> MW (g/mol) : 12.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species OCPO --> HcoID : 168 --> ModID : 168 --> MW (g/mol) : 12.0100000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species OCS --> HcoID : 169 --> ModID : 169 --> MW (g/mol) : 60.0700000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species OIO --> HcoID : 170 --> ModID : 170 --> MW (g/mol) : 158.900000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species PAN --> HcoID : 171 --> ModID : 171 --> MW (g/mol) : 121.060000000000 --> Henry constant: 2.94000005722046 --> Henry temp. : 5700.00000000000 --> Henry pKA : -999.000000000000 Species pFe --> HcoID : 172 --> ModID : 172 --> MW (g/mol) : 55.8500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species PIP --> HcoID : 173 --> ModID : 173 --> MW (g/mol) : 186.280000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species PP --> HcoID : 174 --> ModID : 174 --> MW (g/mol) : 92.1100000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species PPN --> HcoID : 175 --> ModID : 175 --> MW (g/mol) : 135.080000000000 --> Henry constant: 2.94000005722046 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species PROPNN --> HcoID : 176 --> ModID : 176 --> MW (g/mol) : 119.080000000000 --> Henry constant: 1000.00000000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species PRPE --> HcoID : 177 --> ModID : 177 --> MW (g/mol) : 42.0900000000000 --> Henry constant: 7.400000002235174E-003 --> Henry temp. : 3400.00000000000 --> Henry pKA : -999.000000000000 Species PRPN --> HcoID : 178 --> ModID : 178 --> MW (g/mol) : 137.110000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species PYAC --> HcoID : 179 --> ModID : 179 --> MW (g/mol) : 88.0700000000000 --> Henry constant: 314000.000000000 --> Henry temp. : 5100.00000000000 --> Henry pKA : -999.000000000000 Species R4N2 --> HcoID : 180 --> ModID : 180 --> MW (g/mol) : 119.100000000000 --> Henry constant: 1.00000000000000 --> Henry temp. : 5800.00000000000 --> Henry pKA : -999.000000000000 Species R4P --> HcoID : 181 --> ModID : 181 --> MW (g/mol) : 90.1400000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species RA3P --> HcoID : 182 --> ModID : 182 --> MW (g/mol) : 76.1100000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species RB3P --> HcoID : 183 --> ModID : 183 --> MW (g/mol) : 76.1100000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species RCHO --> HcoID : 184 --> ModID : 184 --> MW (g/mol) : 58.0900000000000 --> Henry constant: 10.0000000000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species RIPA --> HcoID : 185 --> ModID : 185 --> MW (g/mol) : 118.150000000000 --> Henry constant: 1700000.00000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species RIPB --> HcoID : 186 --> ModID : 186 --> MW (g/mol) : 118.150000000000 --> Henry constant: 1700000.00000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species RIPC --> HcoID : 187 --> ModID : 187 --> MW (g/mol) : 118.150000000000 --> Henry constant: 1700000.00000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species RIPD --> HcoID : 188 --> ModID : 188 --> MW (g/mol) : 118.150000000000 --> Henry constant: 1700000.00000000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : -999.000000000000 Species RP --> HcoID : 189 --> ModID : 189 --> MW (g/mol) : 90.0900000000000 --> Henry constant: 294.000000000000 --> Henry temp. : 5200.00000000000 --> Henry pKA : -999.000000000000 Species SALA --> HcoID : 190 --> ModID : 190 --> MW (g/mol) : 31.4000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SALAAL --> HcoID : 191 --> ModID : 191 --> MW (g/mol) : 31.4000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SALACL --> HcoID : 192 --> ModID : 192 --> MW (g/mol) : 35.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SALC --> HcoID : 193 --> ModID : 193 --> MW (g/mol) : 31.4000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SALCAL --> HcoID : 194 --> ModID : 194 --> MW (g/mol) : 31.4000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SALCCL --> HcoID : 195 --> ModID : 195 --> MW (g/mol) : 35.4500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SO2 --> HcoID : 196 --> ModID : 196 --> MW (g/mol) : 64.0400000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SO4 --> HcoID : 197 --> ModID : 197 --> MW (g/mol) : 96.0600000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SO4s --> HcoID : 198 --> ModID : 198 --> MW (g/mol) : 31.4000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SOAGX --> HcoID : 199 --> ModID : 199 --> MW (g/mol) : 58.0400000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SOAIE --> HcoID : 200 --> ModID : 200 --> MW (g/mol) : 118.150000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SOAP --> HcoID : 201 --> ModID : 201 --> MW (g/mol) : 150.000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SOAS --> HcoID : 202 --> ModID : 202 --> MW (g/mol) : 150.000000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species TOLU --> HcoID : 203 --> ModID : 203 --> MW (g/mol) : 92.1500000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species XYLE --> HcoID : 204 --> ModID : 204 --> MW (g/mol) : 106.180000000000 --> Henry constant: -999.000000000000 --> Henry temp. : -999.000000000000 --> Henry pKA : -999.000000000000 Species SESQ --> HcoID : 205 --> ModID : 205 --> MW (g/mol) : 150.000000000000 --> Henry constant: 0.000000000000000E+000 --> Henry temp. : 0.000000000000000E+000 --> Henry pKA : 0.000000000000000E+000 ------------------------------------------------------------------------------- HEMCO vertical sigma-hybrid coordinates: Ap [Pa] (first and last): 0.000000000000000E+000 1.00000000000000 Bp [unitless] (first and last): 1.00000000000000 0.000000000000000E+000 ------------------------------------------------------------------------------- HEMCO: Entering HCO_INIT (hco_driver_mod.F90) ( 1) HEMCO: Entering tIDx_Init (hco_tidx_mod.F90) ( 2) HEMCO: Leaving tIDx_Init (hco_tidx_mod.F90) ( 2) HEMCO: Entering HcoClock_Init (HCO_CLOCK_MOD.F90) ( 2) HEMCO: Leaving HcoClock_Init (HCO_CLOCK_MOD.F90) ( 2) Successfully added diagnostic EmisACET_Total to collection 1 Successfully added diagnostic EmisACET_Anthro to collection 1 Successfully added diagnostic EmisACET_BioBurn to collection 1 Successfully added diagnostic EmisACET_Biogenic to collection 1 Successfully added diagnostic EmisACET_Ocean to collection 1 Successfully added diagnostic EmisALD2_Total to collection 1 Successfully added diagnostic EmisALD2_Anthro to collection 1 Successfully added diagnostic EmisALD2_BioBurn to collection 1 Successfully added diagnostic EmisALD2_Biogenic to collection 1 Successfully added diagnostic EmisALD2_Ocean to collection 1 Successfully added diagnostic EmisALD2_PlantDecay to collection 1 Successfully added diagnostic EmisALD2_Ship to collection 1 Successfully added diagnostic EmisALK4_Total to collection 1 Successfully added diagnostic EmisALK4_Aircraft to collection 1 Successfully added diagnostic EmisALK4_Anthro to collection 1 Successfully added diagnostic EmisALK4_BioBurn to collection 1 Successfully added diagnostic EmisALK4_Ship to collection 1 Successfully added diagnostic EmisBCPI_Total to collection 1 Successfully added diagnostic EmisBCPI_Aircraft to collection 1 Successfully added diagnostic EmisBCPI_Anthro to collection 1 Successfully added diagnostic EmisBCPI_BioBurn to collection 1 Successfully added diagnostic EmisBCPI_Ship to collection 1 Successfully added diagnostic EmisBCPO_Total to collection 1 Successfully added diagnostic EmisBCPO_Anthro to collection 1 Successfully added diagnostic EmisBCPO_BioBurn to collection 1 Successfully added diagnostic EmisBCPO_Ship to collection 1 Successfully added diagnostic EmisBENZ_Total to collection 1 Successfully added diagnostic EmisBENZ_Anthro to collection 1 Successfully added diagnostic EmisBENZ_BioBurn to collection 1 Successfully added diagnostic EmisBENZ_Ship to collection 1 Successfully added diagnostic EmisC2H6_Total to collection 1 Successfully added diagnostic EmisC2H6_Aircraft to collection 1 Successfully added diagnostic EmisC2H6_Anthro to collection 1 Successfully added diagnostic EmisC2H6_BioBurn to collection 1 Successfully added diagnostic EmisC2H6_Ship to collection 1 Successfully added diagnostic EmisC3H8_Total to collection 1 Successfully added diagnostic EmisC3H8_Aircraft to collection 1 Successfully added diagnostic EmisC3H8_Anthro to collection 1 Successfully added diagnostic EmisC3H8_BioBurn to collection 1 Successfully added diagnostic EmisC3H8_Ship to collection 1 Successfully added diagnostic EmisCH2Br2_Ocean to collection 1 Successfully added diagnostic EmisCH2I2_Ocean to collection 1 Successfully added diagnostic EmisCH2ICl_Ocean to collection 1 Successfully added diagnostic EmisCH2IBr_Ocean to collection 1 Successfully added diagnostic EmisCH2O_Total to collection 1 Successfully added diagnostic EmisCH2O_Aircraft to collection 1 Successfully added diagnostic EmisCH2O_Anthro to collection 1 Successfully added diagnostic EmisCH2O_BioBurn to collection 1 Successfully added diagnostic EmisCH2O_Ship to collection 1 Successfully added diagnostic EmisCH3I_Ocean to collection 1 Successfully added diagnostic EmisCHBr3_Ocean to collection 1 Successfully added diagnostic EmisCO_Total to collection 1 Successfully added diagnostic EmisCO_Aircraft to collection 1 Successfully added diagnostic EmisCO_Anthro to collection 1 Successfully added diagnostic EmisCO_BioBurn to collection 1 Successfully added diagnostic EmisCO_Ship to collection 1 Successfully added diagnostic EmisDMS_Ocean to collection 1 Successfully added diagnostic EmisDST1_Total to collection 1 Successfully added diagnostic EmisDST1_Anthro to collection 1 Successfully added diagnostic EmisDST1_Natural to collection 1 Successfully added diagnostic EmisDST2_Natural to collection 1 Successfully added diagnostic EmisDST3_Natural to collection 1 Successfully added diagnostic EmisDST4_Natural to collection 1 Successfully added diagnostic EmisEOH_Total to collection 1 Successfully added diagnostic EmisEOH_Anthro to collection 1 Successfully added diagnostic EmisEOH_BioBurn to collection 1 Successfully added diagnostic EmisEOH_Biogenic to collection 1 Successfully added diagnostic EmisEOH_PlantDecay to collection 1 Successfully added diagnostic EmisEOH_Ship to collection 1 Successfully added diagnostic EmisETNO3_Ocean to collection 1 Successfully added diagnostic EmisHAC_Total to collection 1 Successfully added diagnostic EmisHAC_Anthro to collection 1 Successfully added diagnostic EmisGLYC_Total to collection 1 Successfully added diagnostic EmisGLYC_Anthro to collection 1 Successfully added diagnostic EmisHCOOH_Total to collection 1 Successfully added diagnostic EmisHCOOH_Anthro to collection 1 Successfully added diagnostic EmisHCOOH_Ship to collection 1 Successfully added diagnostic EmisHNO2_Anthro to collection 1 Successfully added diagnostic EmisHNO3_Ship to collection 1 Successfully added diagnostic EmisISOP_Total to collection 1 Successfully added diagnostic EmisISOP_Anthro to collection 1 Successfully added diagnostic EmisISOP_Biogenic to collection 1 Successfully added diagnostic EmisLIMO_Biogenic to collection 1 Successfully added diagnostic EmisMACR_Total to collection 1 Successfully added diagnostic EmisMACR_Aircraft to collection 1 Successfully added diagnostic EmisMACR_Anthro to collection 1 Successfully added diagnostic EmisMEK_Total to collection 1 Successfully added diagnostic EmisMEK_Anthro to collection 1 Successfully added diagnostic EmisMEK_BioBurn to collection 1 Successfully added diagnostic EmisMEK_Ship to collection 1 Successfully added diagnostic EmisMENO3_Ocean to collection 1 Successfully added diagnostic EmisMOH_Total to collection 1 Successfully added diagnostic EmisMOH_Anthro to collection 1 Successfully added diagnostic EmisMOH_BioBurn to collection 1 Successfully added diagnostic EmisMOH_Biogenic to collection 1 Successfully added diagnostic EmisMOH_Ocean to collection 1 Successfully added diagnostic EmisMOH_Ship to collection 1 Successfully added diagnostic EmisMTPA_Total to collection 1 Successfully added diagnostic EmisMTPA_BioBurn to collection 1 Successfully added diagnostic EmisMTPA_Biogenic to collection 1 Successfully added diagnostic EmisMTPO_Biogenic to collection 1 Successfully added diagnostic EmisMVK_Anthro to collection 1 Successfully added diagnostic EmisNH3_Total to collection 1 Successfully added diagnostic EmisNH3_Anthro to collection 1 Successfully added diagnostic EmisNH3_BioBurn to collection 1 Successfully added diagnostic EmisNH3_Natural to collection 1 Successfully added diagnostic EmisNH3_Seabirds to collection 1 Successfully added diagnostic EmisNH3_Ship to collection 1 Successfully added diagnostic EmisNO_Total to collection 1 Successfully added diagnostic EmisNO_Aircraft to collection 1 Successfully added diagnostic EmisNO_Anthro to collection 1 Successfully added diagnostic EmisNO_BioBurn to collection 1 Successfully added diagnostic EmisNO_Lightning to collection 1 Successfully added diagnostic EmisNO_Ship to collection 1 Successfully added diagnostic EmisNO_Soil to collection 1 Successfully added diagnostic EmisNO2_Anthro to collection 1 Successfully added diagnostic EmisNO2_Ship to collection 1 Successfully added diagnostic EmisO3_Ship to collection 1 Successfully added diagnostic EmisOCPI_Total to collection 1 Successfully added diagnostic EmisOCPI_Aircraft to collection 1 Successfully added diagnostic EmisOCPI_Anthro to collection 1 Successfully added diagnostic EmisOCPI_BioBurn to collection 1 Successfully added diagnostic EmisOCPI_Ship to collection 1 Successfully added diagnostic EmisOCPO_Total to collection 1 Successfully added diagnostic EmisOCPO_Anthro to collection 1 Successfully added diagnostic EmisOCPO_BioBurn to collection 1 Successfully added diagnostic EmisOCPO_Ship to collection 1 Successfully added diagnostic EmispFe_Total to collection 1 Successfully added diagnostic EmispFe_Anthro to collection 1 Successfully added diagnostic EmispFe_Ship to collection 1 Successfully added diagnostic EmisPRPE_Total to collection 1 Successfully added diagnostic EmisPRPE_Aircraft to collection 1 Successfully added diagnostic EmisPRPE_Anthro to collection 1 Successfully added diagnostic EmisPRPE_BioBurn to collection 1 Successfully added diagnostic EmisPRPE_Biogenic to collection 1 Successfully added diagnostic EmisPRPE_Ship to collection 1 Successfully added diagnostic EmisRCHO_Total to collection 1 Successfully added diagnostic EmisRCHO_Aircraft to collection 1 Successfully added diagnostic EmisRCHO_Anthro to collection 1 Successfully added diagnostic EmisSALA_Natural to collection 1 Successfully added diagnostic EmisBrSALA_Natural to collection 1 Successfully added diagnostic EmisSALAAL_Natural to collection 1 Successfully added diagnostic EmisSALACL_Natural to collection 1 Successfully added diagnostic EmisSALC_Natural to collection 1 Successfully added diagnostic EmisBrSALC_Natural to collection 1 Successfully added diagnostic EmisSALCAL_Natural to collection 1 Successfully added diagnostic EmisSALCCL_Natural to collection 1 Successfully added diagnostic EmisSO2_Total to collection 1 Successfully added diagnostic EmisSO2_Aircraft to collection 1 Successfully added diagnostic EmisSO2_Anthro to collection 1 Successfully added diagnostic EmisSO2_BioBurn to collection 1 Successfully added diagnostic EmisSO2_VolcErupt to collection 1 Successfully added diagnostic EmisSO2_VolcDegas to collection 1 Successfully added diagnostic EmisSO2_Ship to collection 1 Successfully added diagnostic EmisSO4_Total to collection 1 Successfully added diagnostic EmisSO4_Aircraft to collection 1 Successfully added diagnostic EmisSO4_Anthro to collection 1 Successfully added diagnostic EmisSO4_Ship to collection 1 Successfully added diagnostic EmisSOAP_Total to collection 1 Successfully added diagnostic EmisSOAP_Aircraft to collection 1 Successfully added diagnostic EmisSOAP_Anthro to collection 1 Successfully added diagnostic EmisSOAP_Biogenic to collection 1 Successfully added diagnostic EmisSOAP_BioBurn to collection 1 Successfully added diagnostic EmisSOAP_Ship to collection 1 Successfully added diagnostic EmisSOAS_Biogenic to collection 1 Successfully added diagnostic EmisTOLU_Total to collection 1 Successfully added diagnostic EmisTOLU_Anthro to collection 1 Successfully added diagnostic EmisTOLU_BioBurn to collection 1 Successfully added diagnostic EmisTOLU_Ship to collection 1 Successfully added diagnostic EmisXYLE_Total to collection 1 Successfully added diagnostic EmisXYLE_Anthro to collection 1 Successfully added diagnostic EmisXYLE_BioBurn to collection 1 Successfully added diagnostic EmisXYLE_Ship to collection 1 HEMCO: Entering SetReadList (hco_config_mod.F90) ( 2) HEMCO: Entering RegisterPrepare ( 3) Start to prepare fields for registering! This CPU x-range: -180 175 This CPU y-range: -89 89 Prepare INDIA_MASK Coverage: -1 Prepare CHINA_MASK Coverage: -1 Prepare vv2ppbv Prepare pptv2ppbv Prepare BrContent Prepare SSChloride Prepare SSAlkalinity Prepare OTHRtoSOA Prepare MONOtoSOA Prepare ISOPtoSOA Prepare DST_SF Prepare AEICHC Prepare AEICBC Prepare AEICSO4 Prepare AEICSO2 Prepare AEICNOCO Prepare AEICRCHO Prepare AEICMACR Prepare AEICPRPE Prepare AEICCH2O Prepare AEICC3H8 Prepare AEICC2H6 Prepare AEICALK4 Prepare AEICALD2 Prepare AEICACET Prepare YIELD_RESP_EOH Prepare YIELD_RESP_ALD2 Prepare COtoSOAP_burn Prepare COtoSOAP_anth Prepare NO2toNO Prepare VOC1toROH Prepare VOC1toEOH Prepare VOC1toMOH Prepare SV2POG2 Prepare SV2POG1 Prepare POGSCAL Prepare OC2OCPO Prepare OC2OCPI Prepare BC2BCPO Prepare BC2BCPI Prepare SO2FRAC Prepare SO2toPFe_NEI Prepare SO2toPFe_APEI Prepare SO2toPFe Prepare SO2toSO4_APEI Prepare SO2toSO4 Prepare SOX2SO2_GLOBAL Prepare CtoSESQ Prepare CtoMBOX Prepare CtoMTPA Prepare CtoISOP Prepare CtoC2H2 Prepare CtoXYLE Prepare CtoTOLU Prepare CtoPRPE Prepare CtoMEK Prepare CtoEOH Prepare CtoC3H8 Prepare CtoC2H6 Prepare CtoC2H4 Prepare CtoBENZ Prepare CtoALK4 Prepare CtoALD2 Prepare CtoACET Prepare BROMOCARB_SEASON Prepare GEIA_DOW_HC Prepare GEIA_TOD_FOSSIL Prepare EDGAR_TODNOX Prepare SOLFUEL_2008_2010 Prepare SOLFUEL_2008 Prepare SOLFUEL_2002 Prepare SOLFUEL_THISYR Prepare LIQFUEL_2008_2010 Prepare LIQFUEL_2002 Prepare LIQFUEL_2006 Prepare LIQFUEL_1985 Prepare LIQFUEL_THISYR Prepare TOTFUEL_2008_2010 Prepare TOTFUEL_2002 Prepare TOTFUEL_THISYR Prepare surf_iodide Assigned HEMCO species ID: 0 Prepare surf_salinity Assigned HEMCO species ID: 0 Prepare SfcVMR_H2 Assigned HEMCO species ID: 0 Prepare SfcVMR_OCS Assigned HEMCO species ID: 0 Prepare SfcVMR_N2O Assigned HEMCO species ID: 0 Prepare SfcVMR_HCFC22 Assigned HEMCO species ID: 0 Prepare SfcVMR_HCFC142b Assigned HEMCO species ID: 0 Prepare SfcVMR_HCFC141b Assigned HEMCO species ID: 0 Prepare SfcVMR_H2402 Assigned HEMCO species ID: 0 Prepare SfcVMR_H1301 Assigned HEMCO species ID: 0 Prepare SfcVMR_H1211 Assigned HEMCO species ID: 0 Prepare SfcVMR_CH3CCl3 Assigned HEMCO species ID: 0 Prepare SfcVMR_CFC12 Assigned HEMCO species ID: 0 Prepare SfcVMR_CFC11 Assigned HEMCO species ID: 0 Prepare SfcVMR_CFC115 Assigned HEMCO species ID: 0 Prepare SfcVMR_CFC114 Assigned HEMCO species ID: 0 Prepare SfcVMR_CFC113 Assigned HEMCO species ID: 0 Prepare SfcVMR_CCl4 Assigned HEMCO species ID: 0 Prepare SfcVMR_CH3Br Assigned HEMCO species ID: 0 Prepare SfcVMR_CHCl3 Assigned HEMCO species ID: 0 Prepare SfcVMR_CH2Cl2 Assigned HEMCO species ID: 0 Prepare SfcVMR_CH3Cl Assigned HEMCO species ID: 0 Prepare XLAI72 Assigned HEMCO species ID: 0 Prepare XLAI71 Assigned HEMCO species ID: 0 Prepare XLAI70 Assigned HEMCO species ID: 0 Prepare XLAI69 Assigned HEMCO species ID: 0 Prepare XLAI68 Assigned HEMCO species ID: 0 Prepare XLAI67 Assigned HEMCO species ID: 0 Prepare XLAI66 Assigned HEMCO species ID: 0 Prepare XLAI65 Assigned HEMCO species ID: 0 Prepare XLAI64 Assigned HEMCO species ID: 0 Prepare XLAI63 Assigned HEMCO species ID: 0 Prepare XLAI62 Assigned HEMCO species ID: 0 Prepare XLAI61 Assigned HEMCO species ID: 0 Prepare XLAI60 Assigned HEMCO species ID: 0 Prepare XLAI59 Assigned HEMCO species ID: 0 Prepare XLAI58 Assigned HEMCO species ID: 0 Prepare XLAI57 Assigned HEMCO species ID: 0 Prepare XLAI56 Assigned HEMCO species ID: 0 Prepare XLAI55 Assigned HEMCO species ID: 0 Prepare XLAI54 Assigned HEMCO species ID: 0 Prepare XLAI53 Assigned HEMCO species ID: 0 Prepare XLAI52 Assigned HEMCO species ID: 0 Prepare XLAI51 Assigned HEMCO species ID: 0 Prepare XLAI50 Assigned HEMCO species ID: 0 Prepare XLAI49 Assigned HEMCO species ID: 0 Prepare XLAI48 Assigned HEMCO species ID: 0 Prepare XLAI47 Assigned HEMCO species ID: 0 Prepare XLAI46 Assigned HEMCO species ID: 0 Prepare XLAI45 Assigned HEMCO species ID: 0 Prepare XLAI44 Assigned HEMCO species ID: 0 Prepare XLAI43 Assigned HEMCO species ID: 0 Prepare XLAI42 Assigned HEMCO species ID: 0 Prepare XLAI41 Assigned HEMCO species ID: 0 Prepare XLAI40 Assigned HEMCO species ID: 0 Prepare XLAI39 Assigned HEMCO species ID: 0 Prepare XLAI38 Assigned HEMCO species ID: 0 Prepare XLAI37 Assigned HEMCO species ID: 0 Prepare XLAI36 Assigned HEMCO species ID: 0 Prepare XLAI35 Assigned HEMCO species ID: 0 Prepare XLAI34 Assigned HEMCO species ID: 0 Prepare XLAI33 Assigned HEMCO species ID: 0 Prepare XLAI32 Assigned HEMCO species ID: 0 Prepare XLAI31 Assigned HEMCO species ID: 0 Prepare XLAI30 Assigned HEMCO species ID: 0 Prepare XLAI29 Assigned HEMCO species ID: 0 Prepare XLAI28 Assigned HEMCO species ID: 0 Prepare XLAI27 Assigned HEMCO species ID: 0 Prepare XLAI26 Assigned HEMCO species ID: 0 Prepare XLAI25 Assigned HEMCO species ID: 0 Prepare XLAI24 Assigned HEMCO species ID: 0 Prepare XLAI23 Assigned HEMCO species ID: 0 Prepare XLAI22 Assigned HEMCO species ID: 0 Prepare XLAI21 Assigned HEMCO species ID: 0 Prepare XLAI20 Assigned HEMCO species ID: 0 Prepare XLAI19 Assigned HEMCO species ID: 0 Prepare XLAI18 Assigned HEMCO species ID: 0 Prepare XLAI17 Assigned HEMCO species ID: 0 Prepare XLAI16 Assigned HEMCO species ID: 0 Prepare XLAI15 Assigned HEMCO species ID: 0 Prepare XLAI14 Assigned HEMCO species ID: 0 Prepare XLAI13 Assigned HEMCO species ID: 0 Prepare XLAI12 Assigned HEMCO species ID: 0 Prepare XLAI11 Assigned HEMCO species ID: 0 Prepare XLAI10 Assigned HEMCO species ID: 0 Prepare XLAI09 Assigned HEMCO species ID: 0 Prepare XLAI08 Assigned HEMCO species ID: 0 Prepare XLAI07 Assigned HEMCO species ID: 0 Prepare XLAI06 Assigned HEMCO species ID: 0 Prepare XLAI05 Assigned HEMCO species ID: 0 Prepare XLAI04 Assigned HEMCO species ID: 0 Prepare XLAI03 Assigned HEMCO species ID: 0 Prepare XLAI02 Assigned HEMCO species ID: 0 Prepare XLAI01 Assigned HEMCO species ID: 0 Prepare XLAI00 Assigned HEMCO species ID: 0 Prepare LANDTYPE72 Assigned HEMCO species ID: 0 Prepare LANDTYPE71 Assigned HEMCO species ID: 0 Prepare LANDTYPE70 Assigned HEMCO species ID: 0 Prepare LANDTYPE69 Assigned HEMCO species ID: 0 Prepare LANDTYPE68 Assigned HEMCO species ID: 0 Prepare LANDTYPE67 Assigned HEMCO species ID: 0 Prepare LANDTYPE66 Assigned HEMCO species ID: 0 Prepare LANDTYPE65 Assigned HEMCO species ID: 0 Prepare LANDTYPE64 Assigned HEMCO species ID: 0 Prepare LANDTYPE63 Assigned HEMCO species ID: 0 Prepare LANDTYPE62 Assigned HEMCO species ID: 0 Prepare LANDTYPE61 Assigned HEMCO species ID: 0 Prepare LANDTYPE60 Assigned HEMCO species ID: 0 Prepare LANDTYPE59 Assigned HEMCO species ID: 0 Prepare LANDTYPE58 Assigned HEMCO species ID: 0 Prepare LANDTYPE57 Assigned HEMCO species ID: 0 Prepare LANDTYPE56 Assigned HEMCO species ID: 0 Prepare LANDTYPE55 Assigned HEMCO species ID: 0 Prepare LANDTYPE54 Assigned HEMCO species ID: 0 Prepare LANDTYPE53 Assigned HEMCO species ID: 0 Prepare LANDTYPE52 Assigned HEMCO species ID: 0 Prepare LANDTYPE51 Assigned HEMCO species ID: 0 Prepare LANDTYPE50 Assigned HEMCO species ID: 0 Prepare LANDTYPE49 Assigned HEMCO species ID: 0 Prepare LANDTYPE48 Assigned HEMCO species ID: 0 Prepare LANDTYPE47 Assigned HEMCO species ID: 0 Prepare LANDTYPE46 Assigned HEMCO species ID: 0 Prepare LANDTYPE45 Assigned HEMCO species ID: 0 Prepare LANDTYPE44 Assigned HEMCO species ID: 0 Prepare LANDTYPE43 Assigned HEMCO species ID: 0 Prepare LANDTYPE42 Assigned HEMCO species ID: 0 Prepare LANDTYPE41 Assigned HEMCO species ID: 0 Prepare LANDTYPE40 Assigned HEMCO species ID: 0 Prepare LANDTYPE39 Assigned HEMCO species ID: 0 Prepare LANDTYPE38 Assigned HEMCO species ID: 0 Prepare LANDTYPE37 Assigned HEMCO species ID: 0 Prepare LANDTYPE36 Assigned HEMCO species ID: 0 Prepare LANDTYPE35 Assigned HEMCO species ID: 0 Prepare LANDTYPE34 Assigned HEMCO species ID: 0 Prepare LANDTYPE33 Assigned HEMCO species ID: 0 Prepare LANDTYPE32 Assigned HEMCO species ID: 0 Prepare LANDTYPE31 Assigned HEMCO species ID: 0 Prepare LANDTYPE30 Assigned HEMCO species ID: 0 Prepare LANDTYPE29 Assigned HEMCO species ID: 0 Prepare LANDTYPE28 Assigned HEMCO species ID: 0 Prepare LANDTYPE27 Assigned HEMCO species ID: 0 Prepare LANDTYPE26 Assigned HEMCO species ID: 0 Prepare LANDTYPE25 Assigned HEMCO species ID: 0 Prepare LANDTYPE24 Assigned HEMCO species ID: 0 Prepare LANDTYPE23 Assigned HEMCO species ID: 0 Prepare LANDTYPE22 Assigned HEMCO species ID: 0 Prepare LANDTYPE21 Assigned HEMCO species ID: 0 Prepare LANDTYPE20 Assigned HEMCO species ID: 0 Prepare LANDTYPE19 Assigned HEMCO species ID: 0 Prepare LANDTYPE18 Assigned HEMCO species ID: 0 Prepare LANDTYPE17 Assigned HEMCO species ID: 0 Prepare LANDTYPE16 Assigned HEMCO species ID: 0 Prepare LANDTYPE15 Assigned HEMCO species ID: 0 Prepare LANDTYPE14 Assigned HEMCO species ID: 0 Prepare LANDTYPE13 Assigned HEMCO species ID: 0 Prepare LANDTYPE12 Assigned HEMCO species ID: 0 Prepare LANDTYPE11 Assigned HEMCO species ID: 0 Prepare LANDTYPE10 Assigned HEMCO species ID: 0 Prepare LANDTYPE09 Assigned HEMCO species ID: 0 Prepare LANDTYPE08 Assigned HEMCO species ID: 0 Prepare LANDTYPE07 Assigned HEMCO species ID: 0 Prepare LANDTYPE06 Assigned HEMCO species ID: 0 Prepare LANDTYPE05 Assigned HEMCO species ID: 0 Prepare LANDTYPE04 Assigned HEMCO species ID: 0 Prepare LANDTYPE03 Assigned HEMCO species ID: 0 Prepare LANDTYPE02 Assigned HEMCO species ID: 0 Prepare LANDTYPE01 Assigned HEMCO species ID: 0 Prepare LANDTYPE00 Assigned HEMCO species ID: 0 Prepare NOAA_GMD_CH4 Assigned HEMCO species ID: 0 Prepare GMI_PROD_VRP Assigned HEMCO species ID: -1 Prepare GMI_LOSS_VRP Assigned HEMCO species ID: -1 Prepare GMI_PROD_VRO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_VRO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_RP Assigned HEMCO species ID: 189 Prepare GMI_LOSS_RP Assigned HEMCO species ID: 189 Prepare GMI_PROD_ROH Assigned HEMCO species ID: -1 Prepare GMI_LOSS_ROH Assigned HEMCO species ID: -1 Prepare GMI_PROD_RIPD Assigned HEMCO species ID: 188 Prepare GMI_LOSS_RIPD Assigned HEMCO species ID: 188 Prepare GMI_PROD_RIPB Assigned HEMCO species ID: 186 Prepare GMI_LOSS_RIPB Assigned HEMCO species ID: 186 Prepare GMI_PROD_RIPA Assigned HEMCO species ID: 185 Prepare GMI_LOSS_RIPA Assigned HEMCO species ID: 185 Prepare GMI_PROD_RIO1 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_RIO1 Assigned HEMCO species ID: -1 Prepare GMI_PROD_RCOOH Assigned HEMCO species ID: -1 Prepare GMI_LOSS_RCOOH Assigned HEMCO species ID: -1 Prepare GMI_PROD_RCO3 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_RCO3 Assigned HEMCO species ID: -1 Prepare GMI_PROD_RCHO Assigned HEMCO species ID: 184 Prepare GMI_LOSS_RCHO Assigned HEMCO species ID: 184 Prepare GMI_PROD_RB3P Assigned HEMCO species ID: 183 Prepare GMI_LOSS_RB3P Assigned HEMCO species ID: 183 Prepare GMI_PROD_RA3P Assigned HEMCO species ID: 182 Prepare GMI_LOSS_RA3P Assigned HEMCO species ID: 182 Prepare GMI_PROD_R4P Assigned HEMCO species ID: 181 Prepare GMI_LOSS_R4P Assigned HEMCO species ID: 181 Prepare GMI_PROD_R4O2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_R4O2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_R4N2 Assigned HEMCO species ID: 180 Prepare GMI_LOSS_R4N2 Assigned HEMCO species ID: 180 Prepare GMI_PROD_R4N1 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_R4N1 Assigned HEMCO species ID: -1 Prepare GMI_PROD_PRPN Assigned HEMCO species ID: 178 Prepare GMI_LOSS_PRPN Assigned HEMCO species ID: 178 Prepare GMI_PROD_PRPE Assigned HEMCO species ID: 177 Prepare GMI_LOSS_PRPE Assigned HEMCO species ID: 177 Prepare GMI_PROD_PRN1 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_PRN1 Assigned HEMCO species ID: -1 Prepare GMI_PROD_PPN Assigned HEMCO species ID: 175 Prepare GMI_LOSS_PPN Assigned HEMCO species ID: 175 Prepare GMI_PROD_PP Assigned HEMCO species ID: 174 Prepare GMI_LOSS_PP Assigned HEMCO species ID: 174 Prepare GMI_PROD_PO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_PO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_IPMN Assigned HEMCO species ID: -1 Prepare GMI_LOSS_IPMN Assigned HEMCO species ID: -1 Prepare GMI_PROD_NPMN Assigned HEMCO species ID: -1 Prepare GMI_LOSS_NPMN Assigned HEMCO species ID: -1 Prepare GMI_PROD_PAN Assigned HEMCO species ID: 171 Prepare GMI_LOSS_PAN Assigned HEMCO species ID: 171 Prepare GMI_PROD_Ox Assigned HEMCO species ID: -1 Prepare GMI_LOSS_Ox Assigned HEMCO species ID: -1 Prepare GMI_PROD_OH Assigned HEMCO species ID: -1 Prepare GMI_LOSS_OH Assigned HEMCO species ID: -1 Prepare GMI_PROD_OClO Assigned HEMCO species ID: 166 Prepare GMI_LOSS_OClO Assigned HEMCO species ID: 166 Prepare GMI_PROD_O3 Assigned HEMCO species ID: 165 Prepare GMI_LOSS_O3 Assigned HEMCO species ID: 165 Prepare GMI_PROD_O1D Assigned HEMCO species ID: -1 Prepare GMI_LOSS_O1D Assigned HEMCO species ID: -1 Prepare GMI_PROD_O Assigned HEMCO species ID: -1 Prepare GMI_LOSS_O Assigned HEMCO species ID: -1 Prepare GMI_PROD_NOx Assigned HEMCO species ID: -1 Prepare GMI_LOSS_NOx Assigned HEMCO species ID: -1 Prepare GMI_PROD_NO3 Assigned HEMCO species ID: 163 Prepare GMI_LOSS_NO3 Assigned HEMCO species ID: 163 Prepare GMI_PROD_NO2 Assigned HEMCO species ID: 162 Prepare GMI_LOSS_NO2 Assigned HEMCO species ID: 162 Prepare GMI_PROD_NO Assigned HEMCO species ID: 161 Prepare GMI_LOSS_NO Assigned HEMCO species ID: 161 Prepare GMI_PROD_N2O5 Assigned HEMCO species ID: 156 Prepare GMI_LOSS_N2O5 Assigned HEMCO species ID: 156 Prepare GMI_PROD_N2O Assigned HEMCO species ID: 155 Prepare GMI_LOSS_N2O Assigned HEMCO species ID: 155 Prepare GMI_PROD_N Assigned HEMCO species ID: -1 Prepare GMI_LOSS_N Assigned HEMCO species ID: -1 Prepare GMI_PROD_MVN2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MVN2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_MVK Assigned HEMCO species ID: 148 Prepare GMI_LOSS_MVK Assigned HEMCO species ID: 148 Prepare GMI_PROD_MRP Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MRP Assigned HEMCO species ID: -1 Prepare GMI_PROD_MRO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MRO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_MP Assigned HEMCO species ID: 142 Prepare GMI_LOSS_MP Assigned HEMCO species ID: 142 Prepare GMI_PROD_MOH Assigned HEMCO species ID: 138 Prepare GMI_LOSS_MOH Assigned HEMCO species ID: 138 Prepare GMI_PROD_MO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_MGLY Assigned HEMCO species ID: 137 Prepare GMI_LOSS_MGLY Assigned HEMCO species ID: 137 Prepare GMI_PROD_MEK Assigned HEMCO species ID: 135 Prepare GMI_LOSS_MEK Assigned HEMCO species ID: 135 Prepare GMI_PROD_MCO3 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MCO3 Assigned HEMCO species ID: -1 Prepare GMI_PROD_MAP Assigned HEMCO species ID: 129 Prepare GMI_LOSS_MAP Assigned HEMCO species ID: 129 Prepare GMI_PROD_MAOP Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MAOP Assigned HEMCO species ID: -1 Prepare GMI_PROD_MAO3 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MAO3 Assigned HEMCO species ID: -1 Prepare GMI_PROD_MAN2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_MAN2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_MACR Assigned HEMCO species ID: 127 Prepare GMI_LOSS_MACR Assigned HEMCO species ID: 127 Prepare GMI_PROD_KO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_KO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_ISOP Assigned HEMCO species ID: 121 Prepare GMI_LOSS_ISOP Assigned HEMCO species ID: 121 Prepare GMI_PROD_ISNP Assigned HEMCO species ID: -1 Prepare GMI_LOSS_ISNP Assigned HEMCO species ID: -1 Prepare GMI_PROD_ISN1 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_ISN1 Assigned HEMCO species ID: -1 Prepare GMI_PROD_INPN Assigned HEMCO species ID: -1 Prepare GMI_LOSS_INPN Assigned HEMCO species ID: -1 Prepare GMI_PROD_INO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_INO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_IAP Assigned HEMCO species ID: -1 Prepare GMI_LOSS_IAP Assigned HEMCO species ID: -1 Prepare GMI_PROD_IAO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_IAO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_IALD Assigned HEMCO species ID: -1 Prepare GMI_LOSS_IALD Assigned HEMCO species ID: -1 Prepare GMI_PROD_HOCl Assigned HEMCO species ID: 80 Prepare GMI_LOSS_HOCl Assigned HEMCO species ID: 80 Prepare GMI_PROD_HO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_HO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_HNO4 Assigned HEMCO species ID: 78 Prepare GMI_LOSS_HNO4 Assigned HEMCO species ID: 78 Prepare GMI_PROD_HNO3 Assigned HEMCO species ID: 77 Prepare GMI_LOSS_HNO3 Assigned HEMCO species ID: 77 Prepare GMI_PROD_HNO2 Assigned HEMCO species ID: 76 Prepare GMI_LOSS_HNO2 Assigned HEMCO species ID: 76 Prepare GMI_PROD_HCl Assigned HEMCO species ID: 71 Prepare GMI_LOSS_HCl Assigned HEMCO species ID: 71 Prepare GMI_PROD_HCOOH Assigned HEMCO species ID: 72 Prepare GMI_LOSS_HCOOH Assigned HEMCO species ID: 72 Prepare GMI_PROD_HCFC22 Assigned HEMCO species ID: 70 Prepare GMI_LOSS_HCFC22 Assigned HEMCO species ID: 70 Prepare GMI_PROD_HCFC142b Assigned HEMCO species ID: 69 Prepare GMI_LOSS_HCFC142b Assigned HEMCO species ID: 69 Prepare GMI_PROD_HCFC141b Assigned HEMCO species ID: 68 Prepare GMI_LOSS_HCFC141b Assigned HEMCO species ID: 68 Prepare GMI_PROD_HAC Assigned HEMCO species ID: 64 Prepare GMI_LOSS_HAC Assigned HEMCO species ID: 64 Prepare GMI_PROD_H2O2 Assigned HEMCO species ID: 63 Prepare GMI_LOSS_H2O2 Assigned HEMCO species ID: 63 Prepare GMI_PROD_H2O Assigned HEMCO species ID: 62 Prepare GMI_LOSS_H2O Assigned HEMCO species ID: 62 Prepare GMI_PROD_H2402 Assigned HEMCO species ID: 61 Prepare GMI_LOSS_H2402 Assigned HEMCO species ID: 61 Prepare GMI_PROD_H2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_H2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_H Assigned HEMCO species ID: -1 Prepare GMI_LOSS_H Assigned HEMCO species ID: -1 Prepare GMI_PROD_GPAN Assigned HEMCO species ID: -1 Prepare GMI_LOSS_GPAN Assigned HEMCO species ID: -1 Prepare GMI_PROD_GP Assigned HEMCO species ID: -1 Prepare GMI_LOSS_GP Assigned HEMCO species ID: -1 Prepare GMI_PROD_GLYX Assigned HEMCO species ID: 58 Prepare GMI_LOSS_GLYX Assigned HEMCO species ID: 58 Prepare GMI_PROD_GLYC Assigned HEMCO species ID: 57 Prepare GMI_LOSS_GLYC Assigned HEMCO species ID: 57 Prepare GMI_PROD_GCO3 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_GCO3 Assigned HEMCO species ID: -1 Prepare GMI_PROD_ETP Assigned HEMCO species ID: 56 Prepare GMI_LOSS_ETP Assigned HEMCO species ID: 56 Prepare GMI_PROD_ETO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_ETO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_EOH Assigned HEMCO species ID: 53 Prepare GMI_LOSS_EOH Assigned HEMCO species ID: 53 Prepare GMI_PROD_ClONO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_ClONO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_ClO Assigned HEMCO species ID: 44 Prepare GMI_LOSS_ClO Assigned HEMCO species ID: 44 Prepare GMI_PROD_Cl2O2 Assigned HEMCO species ID: 41 Prepare GMI_LOSS_Cl2O2 Assigned HEMCO species ID: 41 Prepare GMI_PROD_Cl2 Assigned HEMCO species ID: 40 Prepare GMI_LOSS_Cl2 Assigned HEMCO species ID: 40 Prepare GMI_PROD_Cl Assigned HEMCO species ID: 39 Prepare GMI_LOSS_Cl Assigned HEMCO species ID: 39 Prepare GMI_PROD_CO Assigned HEMCO species ID: 47 Prepare GMI_LOSS_CO Assigned HEMCO species ID: 47 Prepare GMI_PROD_CH4 Assigned HEMCO species ID: 36 Prepare GMI_LOSS_CH4 Assigned HEMCO species ID: 36 Prepare GMI_PROD_CH3Cl Assigned HEMCO species ID: 34 Prepare GMI_LOSS_CH3Cl Assigned HEMCO species ID: 34 Prepare GMI_PROD_CH3CCl3 Assigned HEMCO species ID: 33 Prepare GMI_LOSS_CH3CCl3 Assigned HEMCO species ID: 33 Prepare GMI_PROD_CH2O Assigned HEMCO species ID: 31 Prepare GMI_LOSS_CH2O Assigned HEMCO species ID: 31 Prepare GMI_PROD_CFC11 Assigned HEMCO species ID: 21 Prepare GMI_LOSS_CFC11 Assigned HEMCO species ID: 21 Prepare GMI_PROD_CFC115 Assigned HEMCO species ID: 24 Prepare GMI_LOSS_CFC115 Assigned HEMCO species ID: 24 Prepare GMI_PROD_CFC114 Assigned HEMCO species ID: 23 Prepare GMI_LOSS_CFC114 Assigned HEMCO species ID: 23 Prepare GMI_PROD_CFC113 Assigned HEMCO species ID: 22 Prepare GMI_LOSS_CFC113 Assigned HEMCO species ID: 22 Prepare GMI_PROD_H1211 Assigned HEMCO species ID: 59 Prepare GMI_LOSS_H1211 Assigned HEMCO species ID: 59 Prepare GMI_PROD_CFC12 Assigned HEMCO species ID: 25 Prepare GMI_LOSS_CFC12 Assigned HEMCO species ID: 25 Prepare GMI_PROD_CCl4 Assigned HEMCO species ID: 20 Prepare GMI_LOSS_CCl4 Assigned HEMCO species ID: 20 Prepare GMI_PROD_C3H8 Assigned HEMCO species ID: 19 Prepare GMI_LOSS_C3H8 Assigned HEMCO species ID: 19 Prepare GMI_PROD_C2H6 Assigned HEMCO species ID: 18 Prepare GMI_LOSS_C2H6 Assigned HEMCO species ID: 18 Prepare GMI_PROD_B3O2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_B3O2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_ATO2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_ATO2 Assigned HEMCO species ID: -1 Prepare GMI_PROD_ALK4 Assigned HEMCO species ID: 5 Prepare GMI_LOSS_ALK4 Assigned HEMCO species ID: 5 Prepare GMI_PROD_ALD2 Assigned HEMCO species ID: 4 Prepare GMI_LOSS_ALD2 Assigned HEMCO species ID: 4 Prepare GMI_PROD_ACTA Assigned HEMCO species ID: 2 Prepare GMI_LOSS_ACTA Assigned HEMCO species ID: 2 Prepare GMI_PROD_ACET Assigned HEMCO species ID: 1 Prepare GMI_LOSS_ACET Assigned HEMCO species ID: 1 Prepare GMI_PROD_A3O2 Assigned HEMCO species ID: -1 Prepare GMI_LOSS_A3O2 Assigned HEMCO species ID: -1 Prepare STRAT_OH Assigned HEMCO species ID: 0 Prepare GEOSCCM_HOBr_NIGHT Assigned HEMCO species ID: 0 Prepare GEOSCCM_HBr_NIGHT Assigned HEMCO species ID: 0 Prepare GEOSCCM_BrNO3_NIGHT Assigned HEMCO species ID: 0 Prepare GEOSCCM_BrO_NIGHT Assigned HEMCO species ID: 0 Prepare GEOSCCM_Br2_NIGHT Assigned HEMCO species ID: 0 Prepare GEOSCCM_Br_NIGHT Assigned HEMCO species ID: 0 Prepare GEOSCCM_HOBr_DAY Assigned HEMCO species ID: 0 Prepare GEOSCCM_HBr_DAY Assigned HEMCO species ID: 0 Prepare GEOSCCM_BrNO3_DAY Assigned HEMCO species ID: 0 Prepare GEOSCCM_BrO_DAY Assigned HEMCO species ID: 0 Prepare GEOSCCM_Br2_DAY Assigned HEMCO species ID: 0 Prepare GEOSCCM_Br_DAY Assigned HEMCO species ID: 0 Prepare UV_ALBEDO Assigned HEMCO species ID: 0 Prepare STATE_PSC Assigned HEMCO species ID: 0 Prepare H2O2_AFTERCHEM Assigned HEMCO species ID: 0 Prepare SO2_AFTERCHEM Assigned HEMCO species ID: 0 Prepare DRYDEP_N Assigned HEMCO species ID: 0 Prepare WETDEP_N Assigned HEMCO species ID: 0 Prepare KPP_HVALUE Assigned HEMCO species ID: 0 Prepare DELPDRY Assigned HEMCO species ID: 0 Prepare PS1WET Assigned HEMCO species ID: 0 Prepare PS1DRY Assigned HEMCO species ID: 0 Prepare SPHU1 Assigned HEMCO species ID: 0 Prepare TMPU1 Assigned HEMCO species ID: 0 Prepare SPC_RCOOH Assigned HEMCO species ID: 0 Prepare SPC_O2 Assigned HEMCO species ID: 0 Prepare SPC_N2 Assigned HEMCO species ID: 0 Prepare SPC_H2 Assigned HEMCO species ID: 0 Prepare SPC_O Assigned HEMCO species ID: 0 Prepare SPC_OH Assigned HEMCO species ID: 0 Prepare SPC_HO2 Assigned HEMCO species ID: 0 Prepare SPC_O1D Assigned HEMCO species ID: 0 Prepare SPC_MO2 Assigned HEMCO species ID: 0 Prepare SPC_MCO3 Assigned HEMCO species ID: 0 Prepare SPC_CH2OO Assigned HEMCO species ID: 0 Prepare SPC_B3O2 Assigned HEMCO species ID: 0 Prepare SPC_R4O2 Assigned HEMCO species ID: 0 Prepare SPC_OTHRO2 Assigned HEMCO species ID: 0 Prepare SPC_ATO2 Assigned HEMCO species ID: 0 Prepare SPC_MACRNO2 Assigned HEMCO species ID: 0 Prepare SPC_IHOO1 Assigned HEMCO species ID: 0 Prepare SPC_IHOO4 Assigned HEMCO species ID: 0 Prepare SPC_INO2D Assigned HEMCO species ID: 0 Prepare SPC_INO2B Assigned HEMCO species ID: 0 Prepare SPC_A3O2 Assigned HEMCO species ID: 0 Prepare SPC_IDHNBOO Assigned HEMCO species ID: 0 Prepare SPC_PIO2 Assigned HEMCO species ID: 0 Prepare SPC_CH3CHOO Assigned HEMCO species ID: 0 Prepare SPC_IEPOXBOO Assigned HEMCO species ID: 0 Prepare SPC_IEPOXAOO Assigned HEMCO species ID: 0 Prepare SPC_KO2 Assigned HEMCO species ID: 0 Prepare SPC_LIMO2 Assigned HEMCO species ID: 0 Prepare SPC_RCO3 Assigned HEMCO species ID: 0 Prepare SPC_IHPNBOO Assigned HEMCO species ID: 0 Prepare SPC_ETO2 Assigned HEMCO species ID: 0 Prepare SPC_OLND Assigned HEMCO species ID: 0 Prepare SPC_OLNN Assigned HEMCO species ID: 0 Prepare SPC_PO2 Assigned HEMCO species ID: 0 Prepare SPC_MACR1OO Assigned HEMCO species ID: 0 Prepare SPC_MCROHOO Assigned HEMCO species ID: 0 Prepare SPC_MVKOHOO Assigned HEMCO species ID: 0 Prepare SPC_PRN1 Assigned HEMCO species ID: 0 Prepare SPC_R4N1 Assigned HEMCO species ID: 0 Prepare SPC_ICHOO Assigned HEMCO species ID: 0 Prepare SPC_IHPOO3 Assigned HEMCO species ID: 0 Prepare SPC_IHPNDOO Assigned HEMCO species ID: 0 Prepare SPC_IHPOO2 Assigned HEMCO species ID: 0 Prepare SPC_IHPOO1 Assigned HEMCO species ID: 0 Prepare SPC_H Assigned HEMCO species ID: 0 Prepare SPC_ISOPNOO1 Assigned HEMCO species ID: 0 Prepare SPC_IDHNDOO2 Assigned HEMCO species ID: 0 Prepare SPC_IDHNDOO1 Assigned HEMCO species ID: 0 Prepare SPC_ROH Assigned HEMCO species ID: 0 Prepare SPC_ISOPNOO2 Assigned HEMCO species ID: 0 Prepare SPC_ICNOO Assigned HEMCO species ID: 0 Prepare SPC_IDNOO Assigned HEMCO species ID: 0 Prepare SPC_C4HVP2 Assigned HEMCO species ID: 0 Prepare SPC_C4HVP1 Assigned HEMCO species ID: 0 Prepare SPC_INA Assigned HEMCO species ID: 0 Prepare SPC_HPALD2OO Assigned HEMCO species ID: 0 Prepare SPC_HPALD1OO Assigned HEMCO species ID: 0 Prepare SPC_XRO2 Assigned HEMCO species ID: 0 Prepare SPC_N Assigned HEMCO species ID: 0 Prepare SPC_TRO2 Assigned HEMCO species ID: 0 Prepare SPC_BRO2 Assigned HEMCO species ID: 0 Prepare SPC_PH2O2 Assigned HEMCO species ID: 0 Prepare SPC_LCH4 Assigned HEMCO species ID: 0 Prepare SPC_PSO4 Assigned HEMCO species ID: 0 Prepare SPC_LCO Assigned HEMCO species ID: 0 Prepare SPC_PCO Assigned HEMCO species ID: 0 Prepare SPC_LOx Assigned HEMCO species ID: 0 Prepare SPC_POx Assigned HEMCO species ID: 0 Prepare SPC_SO4H4 Assigned HEMCO species ID: 0 Prepare SPC_SO4H3 Assigned HEMCO species ID: 0 Prepare SPC_SO4H2 Assigned HEMCO species ID: 0 Prepare SPC_SO4H1 Assigned HEMCO species ID: 0 Prepare SPC_LXRO2N Assigned HEMCO species ID: 0 Prepare SPC_LXRO2H Assigned HEMCO species ID: 0 Prepare SPC_LTRO2N Assigned HEMCO species ID: 0 Prepare SPC_LTRO2H Assigned HEMCO species ID: 0 Prepare SPC_NAP Assigned HEMCO species ID: 0 Prepare SPC_NRO2 Assigned HEMCO species ID: 0 Prepare SPC_LNRO2N Assigned HEMCO species ID: 0 Prepare SPC_LNRO2H Assigned HEMCO species ID: 0 Prepare SPC_LISOPNO3 Assigned HEMCO species ID: 0 Prepare SPC_LISOPOH Assigned HEMCO species ID: 0 Prepare SPC_LBRO2N Assigned HEMCO species ID: 0 Prepare SPC_LBRO2H Assigned HEMCO species ID: 0 Prepare SPC_CO2 Assigned HEMCO species ID: 0 Prepare SPC_XYLE Assigned HEMCO species ID: 0 Prepare SPC_TOLU Assigned HEMCO species ID: 0 Prepare SPC_SOAS Assigned HEMCO species ID: 0 Prepare SPC_SOAP Assigned HEMCO species ID: 0 Prepare SPC_SOAIE Assigned HEMCO species ID: 0 Prepare SPC_SOAGX Assigned HEMCO species ID: 0 Prepare SPC_SO4s Assigned HEMCO species ID: 0 Prepare SPC_SO4 Assigned HEMCO species ID: 0 Prepare SPC_SO2 Assigned HEMCO species ID: 0 Prepare SPC_SALCCL Assigned HEMCO species ID: 0 Prepare SPC_SALCAL Assigned HEMCO species ID: 0 Prepare SPC_SALC Assigned HEMCO species ID: 0 Prepare SPC_SALACL Assigned HEMCO species ID: 0 Prepare SPC_SALAAL Assigned HEMCO species ID: 0 Prepare SPC_SALA Assigned HEMCO species ID: 0 Prepare SPC_RP Assigned HEMCO species ID: 0 Prepare SPC_RIPD Assigned HEMCO species ID: 0 Prepare SPC_RIPC Assigned HEMCO species ID: 0 Prepare SPC_RIPB Assigned HEMCO species ID: 0 Prepare SPC_RIPA Assigned HEMCO species ID: 0 Prepare SPC_RCHO Assigned HEMCO species ID: 0 Prepare SPC_RB3P Assigned HEMCO species ID: 0 Prepare SPC_RA3P Assigned HEMCO species ID: 0 Prepare SPC_R4P Assigned HEMCO species ID: 0 Prepare SPC_R4N2 Assigned HEMCO species ID: 0 Prepare SPC_PYAC Assigned HEMCO species ID: 0 Prepare SPC_PRPN Assigned HEMCO species ID: 0 Prepare SPC_PRPE Assigned HEMCO species ID: 0 Prepare SPC_PROPNN Assigned HEMCO species ID: 0 Prepare SPC_PPN Assigned HEMCO species ID: 0 Prepare SPC_PP Assigned HEMCO species ID: 0 Prepare SPC_PIP Assigned HEMCO species ID: 0 Prepare SPC_pFe Assigned HEMCO species ID: 0 Prepare SPC_PAN Assigned HEMCO species ID: 0 Prepare SPC_OIO Assigned HEMCO species ID: 0 Prepare SPC_OCS Assigned HEMCO species ID: 0 Prepare SPC_OCPO Assigned HEMCO species ID: 0 Prepare SPC_OCPI Assigned HEMCO species ID: 0 Prepare SPC_OClO Assigned HEMCO species ID: 0 Prepare SPC_O3 Assigned HEMCO species ID: 0 Prepare SPC_NPRNO3 Assigned HEMCO species ID: 0 Prepare SPC_NO3 Assigned HEMCO species ID: 0 Prepare SPC_NO2 Assigned HEMCO species ID: 0 Prepare SPC_NO Assigned HEMCO species ID: 0 Prepare SPC_NITs Assigned HEMCO species ID: 0 Prepare SPC_NIT Assigned HEMCO species ID: 0 Prepare SPC_NH4 Assigned HEMCO species ID: 0 Prepare SPC_NH3 Assigned HEMCO species ID: 0 Prepare SPC_N2O5 Assigned HEMCO species ID: 0 Prepare SPC_N2O Assigned HEMCO species ID: 0 Prepare SPC_MVKPC Assigned HEMCO species ID: 0 Prepare SPC_MVKN Assigned HEMCO species ID: 0 Prepare SPC_MVKHP Assigned HEMCO species ID: 0 Prepare SPC_MVKHCB Assigned HEMCO species ID: 0 Prepare SPC_MVKHC Assigned HEMCO species ID: 0 Prepare SPC_MVKDH Assigned HEMCO species ID: 0 Prepare SPC_MVK Assigned HEMCO species ID: 0 Prepare SPC_MTPO Assigned HEMCO species ID: 0 Prepare SPC_MTPA Assigned HEMCO species ID: 0 Prepare SPC_MSA Assigned HEMCO species ID: 0 Prepare SPC_MPN Assigned HEMCO species ID: 0 Prepare SPC_MPAN Assigned HEMCO species ID: 0 Prepare SPC_MP Assigned HEMCO species ID: 0 Prepare SPC_MONITU Assigned HEMCO species ID: 0 Prepare SPC_MONITS Assigned HEMCO species ID: 0 Prepare SPC_MONITA Assigned HEMCO species ID: 0 Prepare SPC_MOH Assigned HEMCO species ID: 0 Prepare SPC_MGLY Assigned HEMCO species ID: 0 Prepare SPC_MENO3 Assigned HEMCO species ID: 0 Prepare SPC_MEK Assigned HEMCO species ID: 0 Prepare SPC_MCRHP Assigned HEMCO species ID: 0 Prepare SPC_MCRHNB Assigned HEMCO species ID: 0 Prepare SPC_MCRHN Assigned HEMCO species ID: 0 Prepare SPC_MCRENOL Assigned HEMCO species ID: 0 Prepare SPC_MCRDH Assigned HEMCO species ID: 0 Prepare SPC_MAP Assigned HEMCO species ID: 0 Prepare SPC_MACR1OOH Assigned HEMCO species ID: 0 Prepare SPC_MACR Assigned HEMCO species ID: 0 Prepare SPC_LVOCOA Assigned HEMCO species ID: 0 Prepare SPC_LVOC Assigned HEMCO species ID: 0 Prepare SPC_LIMO Assigned HEMCO species ID: 0 Prepare SPC_ITHN Assigned HEMCO species ID: 0 Prepare SPC_ITCN Assigned HEMCO species ID: 0 Prepare SPC_ISOP Assigned HEMCO species ID: 0 Prepare SPC_ISALC Assigned HEMCO species ID: 0 Prepare SPC_ISALA Assigned HEMCO species ID: 0 Prepare SPC_IPRNO3 Assigned HEMCO species ID: 0 Prepare SPC_IONO2 Assigned HEMCO species ID: 0 Prepare SPC_IONO Assigned HEMCO species ID: 0 Prepare SPC_IONITA Assigned HEMCO species ID: 0 Prepare SPC_IO Assigned HEMCO species ID: 0 Prepare SPC_INPD Assigned HEMCO species ID: 0 Prepare SPC_INPB Assigned HEMCO species ID: 0 Prepare SPC_INO Assigned HEMCO species ID: 0 Prepare SPC_INDIOL Assigned HEMCO species ID: 0 Prepare SPC_IHN4 Assigned HEMCO species ID: 0 Prepare SPC_IHN3 Assigned HEMCO species ID: 0 Prepare SPC_IHN2 Assigned HEMCO species ID: 0 Prepare SPC_IHN1 Assigned HEMCO species ID: 0 Prepare SPC_IEPOXD Assigned HEMCO species ID: 0 Prepare SPC_IEPOXB Assigned HEMCO species ID: 0 Prepare SPC_IEPOXA Assigned HEMCO species ID: 0 Prepare SPC_IDN Assigned HEMCO species ID: 0 Prepare SPC_IDHPE Assigned HEMCO species ID: 0 Prepare SPC_IDHDP Assigned HEMCO species ID: 0 Prepare SPC_IDCHP Assigned HEMCO species ID: 0 Prepare SPC_IDC Assigned HEMCO species ID: 0 Prepare SPC_ICPDH Assigned HEMCO species ID: 0 Prepare SPC_ICN Assigned HEMCO species ID: 0 Prepare SPC_ICl Assigned HEMCO species ID: 0 Prepare SPC_ICHE Assigned HEMCO species ID: 0 Prepare SPC_IBr Assigned HEMCO species ID: 0 Prepare SPC_I2O4 Assigned HEMCO species ID: 0 Prepare SPC_I2O3 Assigned HEMCO species ID: 0 Prepare SPC_I2O2 Assigned HEMCO species ID: 0 Prepare SPC_I2 Assigned HEMCO species ID: 0 Prepare SPC_I Assigned HEMCO species ID: 0 Prepare SPC_HPETHNL Assigned HEMCO species ID: 0 Prepare SPC_HPALD4 Assigned HEMCO species ID: 0 Prepare SPC_HPALD3 Assigned HEMCO species ID: 0 Prepare SPC_HPALD2 Assigned HEMCO species ID: 0 Prepare SPC_HPALD1 Assigned HEMCO species ID: 0 Prepare SPC_HONIT Assigned HEMCO species ID: 0 Prepare SPC_HOI Assigned HEMCO species ID: 0 Prepare SPC_HOCl Assigned HEMCO species ID: 0 Prepare SPC_HOBr Assigned HEMCO species ID: 0 Prepare SPC_HNO4 Assigned HEMCO species ID: 0 Prepare SPC_HNO3 Assigned HEMCO species ID: 0 Prepare SPC_HNO2 Assigned HEMCO species ID: 0 Prepare SPC_HMML Assigned HEMCO species ID: 0 Prepare SPC_HMHP Assigned HEMCO species ID: 0 Prepare SPC_HI Assigned HEMCO species ID: 0 Prepare SPC_HCOOH Assigned HEMCO species ID: 0 Prepare SPC_HCl Assigned HEMCO species ID: 0 Prepare SPC_HCFC22 Assigned HEMCO species ID: 0 Prepare SPC_HCFC142b Assigned HEMCO species ID: 0 Prepare SPC_HCFC141b Assigned HEMCO species ID: 0 Prepare SPC_HCFC123 Assigned HEMCO species ID: 0 Prepare SPC_HC5A Assigned HEMCO species ID: 0 Prepare SPC_HBr Assigned HEMCO species ID: 0 Prepare SPC_HAC Assigned HEMCO species ID: 0 Prepare SPC_H2O2 Assigned HEMCO species ID: 0 Prepare SPC_H2O Assigned HEMCO species ID: 0 Prepare SPC_H2402 Assigned HEMCO species ID: 0 Prepare SPC_H1301 Assigned HEMCO species ID: 0 Prepare SPC_H1211 Assigned HEMCO species ID: 0 Prepare SPC_GLYX Assigned HEMCO species ID: 0 Prepare SPC_GLYC Assigned HEMCO species ID: 0 Prepare SPC_ETP Assigned HEMCO species ID: 0 Prepare SPC_ETNO3 Assigned HEMCO species ID: 0 Prepare SPC_ETHLN Assigned HEMCO species ID: 0 Prepare SPC_EOH Assigned HEMCO species ID: 0 Prepare SPC_DST4 Assigned HEMCO species ID: 0 Prepare SPC_DST3 Assigned HEMCO species ID: 0 Prepare SPC_DST2 Assigned HEMCO species ID: 0 Prepare SPC_DST1 Assigned HEMCO species ID: 0 Prepare SPC_DMS Assigned HEMCO species ID: 0 Prepare SPC_CO Assigned HEMCO species ID: 0 Prepare SPC_CLOCK Assigned HEMCO species ID: 0 Prepare SPC_ClOO Assigned HEMCO species ID: 0 Prepare SPC_ClO Assigned HEMCO species ID: 0 Prepare SPC_ClNO3 Assigned HEMCO species ID: 0 Prepare SPC_ClNO2 Assigned HEMCO species ID: 0 Prepare SPC_Cl2O2 Assigned HEMCO species ID: 0 Prepare SPC_Cl2 Assigned HEMCO species ID: 0 Prepare SPC_Cl Assigned HEMCO species ID: 0 Prepare SPC_CHCl3 Assigned HEMCO species ID: 0 Prepare SPC_CHBr3 Assigned HEMCO species ID: 0 Prepare SPC_CH4 Assigned HEMCO species ID: 0 Prepare SPC_CH3I Assigned HEMCO species ID: 0 Prepare SPC_CH3Cl Assigned HEMCO species ID: 0 Prepare SPC_CH3CCl3 Assigned HEMCO species ID: 0 Prepare SPC_CH3Br Assigned HEMCO species ID: 0 Prepare SPC_CH2O Assigned HEMCO species ID: 0 Prepare SPC_CH2ICl Assigned HEMCO species ID: 0 Prepare SPC_CH2IBr Assigned HEMCO species ID: 0 Prepare SPC_CH2I2 Assigned HEMCO species ID: 0 Prepare SPC_CH2Cl2 Assigned HEMCO species ID: 0 Prepare SPC_CH2Br2 Assigned HEMCO species ID: 0 Prepare SPC_CFC12 Assigned HEMCO species ID: 0 Prepare SPC_CFC115 Assigned HEMCO species ID: 0 Prepare SPC_CFC114 Assigned HEMCO species ID: 0 Prepare SPC_CFC113 Assigned HEMCO species ID: 0 Prepare SPC_CFC11 Assigned HEMCO species ID: 0 Prepare SPC_CCl4 Assigned HEMCO species ID: 0 Prepare SPC_C3H8 Assigned HEMCO species ID: 0 Prepare SPC_C2H6 Assigned HEMCO species ID: 0 Prepare SPC_BrSALC Assigned HEMCO species ID: 0 Prepare SPC_BrSALA Assigned HEMCO species ID: 0 Prepare SPC_BrO Assigned HEMCO species ID: 0 Prepare SPC_BrNO3 Assigned HEMCO species ID: 0 Prepare SPC_BrNO2 Assigned HEMCO species ID: 0 Prepare SPC_BrCl Assigned HEMCO species ID: 0 Prepare SPC_Br2 Assigned HEMCO species ID: 0 Prepare SPC_Br Assigned HEMCO species ID: 0 Prepare SPC_BENZ Assigned HEMCO species ID: 0 Prepare SPC_BCPO Assigned HEMCO species ID: 0 Prepare SPC_BCPI Assigned HEMCO species ID: 0 Prepare SPC_ATOOH Assigned HEMCO species ID: 0 Prepare SPC_ALK4 Assigned HEMCO species ID: 0 Prepare SPC_ALD2 Assigned HEMCO species ID: 0 Prepare SPC_AERI Assigned HEMCO species ID: 0 Prepare SPC_ACTA Assigned HEMCO species ID: 0 Prepare SPC_ACET Assigned HEMCO species ID: 0 Prepare CONV_DEPTH Assigned HEMCO species ID: 0 Prepare FLASH_DENS Assigned HEMCO species ID: 0 Prepare TMPU_NEXTDAY Assigned HEMCO species ID: 0 Prepare SPHU_NEXTDAY Assigned HEMCO species ID: 0 Prepare PS_NEXTDAY Assigned HEMCO species ID: 0 Prepare TMPU Assigned HEMCO species ID: 0 Prepare SPHU Assigned HEMCO species ID: 0 Prepare PS Assigned HEMCO species ID: 0 Prepare PFLLSAN Assigned HEMCO species ID: 0 Prepare PFLCU Assigned HEMCO species ID: 0 Prepare PFILSAN Assigned HEMCO species ID: 0 Prepare PFICU Assigned HEMCO species ID: 0 Prepare CMFMC Assigned HEMCO species ID: 0 Prepare REEVAPLS Assigned HEMCO species ID: 0 Prepare REEVAPCN Assigned HEMCO species ID: 0 Prepare DQRLSAN Assigned HEMCO species ID: 0 Prepare DQRCU Assigned HEMCO species ID: 0 Prepare V Assigned HEMCO species ID: 0 Prepare U Assigned HEMCO species ID: 0 Prepare RH Assigned HEMCO species ID: 0 Prepare OMEGA Assigned HEMCO species ID: 0 Prepare DTRAIN Assigned HEMCO species ID: 0 Prepare TAUCLW Assigned HEMCO species ID: 0 Prepare TAUCLI Assigned HEMCO species ID: 0 Prepare QL Assigned HEMCO species ID: 0 Prepare QI Assigned HEMCO species ID: 0 Prepare OPTDEPTH Assigned HEMCO species ID: 0 Prepare CLOUD Assigned HEMCO species ID: 0 Prepare Z0M Assigned HEMCO species ID: 0 Prepare V10M Assigned HEMCO species ID: 0 Prepare USTAR Assigned HEMCO species ID: 0 Prepare U10M Assigned HEMCO species ID: 0 Prepare T2M Assigned HEMCO species ID: 0 Prepare TS Assigned HEMCO species ID: 0 Prepare TROPPT Assigned HEMCO species ID: 0 Prepare TO3 Assigned HEMCO species ID: 0 Prepare SWGDN Assigned HEMCO species ID: 0 Prepare SNOMAS Assigned HEMCO species ID: 0 Prepare SNODP Assigned HEMCO species ID: 0 Prepare SLP Assigned HEMCO species ID: 0 Prepare SEAICE90 Assigned HEMCO species ID: 0 Prepare SEAICE80 Assigned HEMCO species ID: 0 Prepare SEAICE70 Assigned HEMCO species ID: 0 Prepare SEAICE60 Assigned HEMCO species ID: 0 Prepare SEAICE50 Assigned HEMCO species ID: 0 Prepare SEAICE40 Assigned HEMCO species ID: 0 Prepare SEAICE30 Assigned HEMCO species ID: 0 Prepare SEAICE20 Assigned HEMCO species ID: 0 Prepare SEAICE10 Assigned HEMCO species ID: 0 Prepare SEAICE00 Assigned HEMCO species ID: 0 Prepare PRECTOT Assigned HEMCO species ID: 0 Prepare PRECSNO Assigned HEMCO species ID: 0 Prepare PRECLSC Assigned HEMCO species ID: 0 Prepare PRECCON Assigned HEMCO species ID: 0 Prepare PRECANV Assigned HEMCO species ID: 0 Prepare PBLH Assigned HEMCO species ID: 0 Prepare PARDR Assigned HEMCO species ID: 0 Prepare PARDF Assigned HEMCO species ID: 0 Prepare LWGNT Assigned HEMCO species ID: 0 Prepare LWI Assigned HEMCO species ID: 0 Prepare LAI Assigned HEMCO species ID: 0 Prepare HFLUX Assigned HEMCO species ID: 0 Prepare GWETTOP Assigned HEMCO species ID: 0 Prepare GWETROOT Assigned HEMCO species ID: 0 Prepare GRN Assigned HEMCO species ID: 0 Prepare FRSNO Assigned HEMCO species ID: 0 Prepare FRSEAICE Assigned HEMCO species ID: 0 Prepare EVAP Assigned HEMCO species ID: 0 Prepare EFLUX Assigned HEMCO species ID: 0 Prepare CLDTOT Assigned HEMCO species ID: 0 Prepare ALBEDO Assigned HEMCO species ID: 0 Prepare PHIS Assigned HEMCO species ID: 0 Prepare FROCEAN Assigned HEMCO species ID: 0 Prepare FRLANDIC Assigned HEMCO species ID: 0 Prepare FRLAND Assigned HEMCO species ID: 0 Prepare FRLAKE Assigned HEMCO species ID: 0 Prepare TIMEZONES Assigned HEMCO species ID: 0 Prepare GFED_SAVA Assigned HEMCO species ID: 0 Prepare GFED_PEAT Assigned HEMCO species ID: 0 Prepare GFED_BORF Assigned HEMCO species ID: 0 Prepare GFED_DEFO Assigned HEMCO species ID: 0 Prepare GFED_AGRI Assigned HEMCO species ID: 0 Prepare GFED_TEMP Assigned HEMCO species ID: 0 Prepare CLM4_PFT_CROP Assigned HEMCO species ID: 0 Prepare CLM4_PFT_C4_GRSS Assigned HEMCO species ID: 0 Prepare CLM4_PFT_C3_NARC_GRSS Assigned HEMCO species ID: 0 Prepare CLM4_PFT_C3_ARCT_GRSS Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_DECD_BORL_SHRB Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_DECD_TMPT_SHRB Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_EVGN_SHRB Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_DECD_BORL_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_DECD_TMPT_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_DECD_TROP_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_EVGN_TMPT_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BDLF_EVGN_TROP_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_NDLF_DECD_BORL_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_NDLF_EVGN_BORL_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_NDLF_EVGN_TMPT_TREE Assigned HEMCO species ID: 0 Prepare CLM4_PFT_BARE Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_SABI Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_OCIM Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_LIMO Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_CARE Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_BPIN Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_MBOX Assigned HEMCO species ID: 0 Prepare MEGAN_AEF_ISOP Assigned HEMCO species ID: 0 Prepare PARDF_DAVG Assigned HEMCO species ID: 0 Prepare PARDR_DAVG Assigned HEMCO species ID: 0 Prepare LAI_PREVDAY Assigned HEMCO species ID: 0 Prepare T_PREVDAY Assigned HEMCO species ID: 0 Prepare T_DAVG Assigned HEMCO species ID: 0 Prepare MOH_SEAWATER Assigned HEMCO species ID: 138 Prepare ETNO3_SEAWATER Assigned HEMCO species ID: 55 Prepare MENO3_SEAWATER Assigned HEMCO species ID: 136 Prepare ALD2_SEAWATER Assigned HEMCO species ID: 4 Prepare ACET_SEAWATER Assigned HEMCO species ID: 1 Prepare DMS_SEAWATER Assigned HEMCO species ID: 48 Prepare SOILNOX_NO Assigned HEMCO species ID: 161 Prepare SEASALT_BrSALC Assigned HEMCO species ID: 17 Prepare SEASALT_SALCCL Assigned HEMCO species ID: 195 Prepare SEASALT_SALCAL Assigned HEMCO species ID: 194 Prepare SEASALT_SALC Assigned HEMCO species ID: 193 Prepare SEASALT_BrSALA Assigned HEMCO species ID: 16 Prepare SEASALT_SALACL Assigned HEMCO species ID: 192 Prepare SEASALT_SALAAL Assigned HEMCO species ID: 191 Prepare SEASALT_SALA Assigned HEMCO species ID: 190 Prepare BIOGENIC_SESQ_SOAS Assigned HEMCO species ID: 202 Prepare BIOGENIC_SESQ_SOAP Assigned HEMCO species ID: 201 Prepare BIOGENIC_SESQ Assigned HEMCO species ID: 205 Prepare BIOGENIC_PRPE Assigned HEMCO species ID: 177 Prepare BIOGENIC_MTPO_SOAS Assigned HEMCO species ID: 202 Prepare BIOGENIC_MTPO_SOAP Assigned HEMCO species ID: 201 Prepare BIOGENIC_MTPO Assigned HEMCO species ID: 147 Prepare BIOGENIC_MTPA_SOAS Assigned HEMCO species ID: 202 Prepare BIOGENIC_MTPA_SOAP Assigned HEMCO species ID: 201 Prepare BIOGENIC_MTPA Assigned HEMCO species ID: 146 Prepare BIOGENIC_LIMO_SOAS Assigned HEMCO species ID: 202 Prepare BIOGENIC_LIMO_SOAP Assigned HEMCO species ID: 201 Prepare BIOGENIC_LIMO Assigned HEMCO species ID: 124 Prepare BIOGENIC_ISOP_SOAS Assigned HEMCO species ID: 202 Prepare BIOGENIC_ISOP_SOAP Assigned HEMCO species ID: 201 Prepare BIOGENIC_ISOP Assigned HEMCO species ID: 121 Prepare BIOGENIC_EOH Assigned HEMCO species ID: 53 Prepare BIOGENIC_C2H4 Assigned HEMCO species ID: -1 Prepare BIOGENIC_ALD2 Assigned HEMCO species ID: 4 Prepare BIOGENIC_ACET Assigned HEMCO species ID: 1 Prepare EMIS_DST4 Assigned HEMCO species ID: 52 Prepare EMIS_DST3 Assigned HEMCO species ID: 51 Prepare EMIS_DST2 Assigned HEMCO species ID: 50 Prepare EMIS_DST1 Assigned HEMCO species ID: 49 Prepare PM25FINE_3 Assigned HEMCO species ID: 49 Prepare PM25FINE_2 Assigned HEMCO species ID: 49 Prepare PM25FINE_1 Assigned HEMCO species ID: 49 Prepare EOH_PLANTDECAY Assigned HEMCO species ID: 53 Prepare ALD2_PLANTDECAY Assigned HEMCO species ID: 4 Prepare AEIC_RCHO Assigned HEMCO species ID: 184 Prepare AEIC_MACR Assigned HEMCO species ID: 127 Prepare AEIC_PRPE Assigned HEMCO species ID: 177 Prepare AEIC_CH2O Assigned HEMCO species ID: 31 Prepare AEIC_C3H8 Assigned HEMCO species ID: 19 Prepare AEIC_C2H6 Assigned HEMCO species ID: 18 Prepare AEIC_ALK4 Assigned HEMCO species ID: 5 Prepare AEIC_ALD2 Assigned HEMCO species ID: 4 Prepare AEIC_ACET Assigned HEMCO species ID: 1 Prepare AEIC_OCPI Assigned HEMCO species ID: 167 Prepare AEIC_BCPI Assigned HEMCO species ID: 7 Prepare AEIC_SO4 Assigned HEMCO species ID: 197 Prepare AEIC_SO2 Assigned HEMCO species ID: 196 Prepare AEIC_SOAP Assigned HEMCO species ID: 201 Prepare AEIC_CO Assigned HEMCO species ID: 47 Prepare AEIC_NO Assigned HEMCO species ID: 161 Prepare CEDS_NO_SHP Assigned HEMCO species ID: 161 Prepare CEDS_HCOOH_SHP Assigned HEMCO species ID: 72 Prepare CEDS_MEK_SHP Assigned HEMCO species ID: 135 Prepare CEDS_ALD2_SHP Assigned HEMCO species ID: 4 Prepare CEDS_CH2O_SHP Assigned HEMCO species ID: 31 Prepare CEDS_XYLE_SHP Assigned HEMCO species ID: 204 Prepare CEDS_TOLU_SHP Assigned HEMCO species ID: 203 Prepare CEDS_BENZ_SHP Assigned HEMCO species ID: 9 Prepare CEDS_C2H2_SHP Assigned HEMCO species ID: -1 Prepare CEDS_PRPE_SHP Assigned HEMCO species ID: 177 Prepare CEDS_C2H4_SHP Assigned HEMCO species ID: -1 Prepare CEDS_C6H14_SHP Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_SHP Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_SHP Assigned HEMCO species ID: 5 Prepare CEDS_C3H8_SHP Assigned HEMCO species ID: 19 Prepare CEDS_C2H6_SHP Assigned HEMCO species ID: 18 Prepare CEDS_ROH_SHP Assigned HEMCO species ID: -1 Prepare CEDS_EOH_SHP Assigned HEMCO species ID: 53 Prepare CEDS_MOH_SHP Assigned HEMCO species ID: 138 Prepare CEDS_POG2_SHP Assigned HEMCO species ID: -1 Prepare CEDS_POG1_SHP Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_SHP Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_SHP Assigned HEMCO species ID: 167 Prepare CEDS_BCPO_SHP Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_SHP Assigned HEMCO species ID: 7 Prepare CEDS_NH3_SHP Assigned HEMCO species ID: 157 Prepare CEDS_pFe_SHP Assigned HEMCO species ID: 172 Prepare CEDS_SO4_SHP Assigned HEMCO species ID: 197 Prepare CEDS_SO2_SHP Assigned HEMCO species ID: 196 Prepare CEDS_SOAP_SHP Assigned HEMCO species ID: 201 Prepare CEDS_CO_SHP Assigned HEMCO species ID: 47 Prepare ORDONEZ_CH2IBR Assigned HEMCO species ID: 29 Prepare ORDONEZ_CH2ICL Assigned HEMCO species ID: 30 Prepare ORDONEZ_CH2I2 Assigned HEMCO species ID: 28 Prepare ORDONEZ_CH3I Assigned HEMCO species ID: 35 Prepare LIANG_CH2BR2 Assigned HEMCO species ID: 26 Prepare LIANG_CHBR3 Assigned HEMCO species ID: 37 Prepare BIOFUEL_C3H8 Assigned HEMCO species ID: 19 Prepare XIAO_C3H8 Assigned HEMCO species ID: 19 Prepare C2H6_2010_biofuel Assigned HEMCO species ID: 18 Prepare C2H6_2010_oilgas Assigned HEMCO species ID: 18 Prepare SEABIRD_NH3 Assigned HEMCO species ID: 157 Prepare GEIA_NH3_NATU Assigned HEMCO species ID: 157 Prepare CEDS_HCOOH_WST Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_SLV Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_RCOO Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_RCOC Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_RCOR Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_ROAD Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_NRTR Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_IND Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_ENE Assigned HEMCO species ID: 72 Prepare CEDS_HCOOH_AGR Assigned HEMCO species ID: 72 Prepare CEDS_MEK_WST Assigned HEMCO species ID: 135 Prepare CEDS_MEK_SLV Assigned HEMCO species ID: 135 Prepare CEDS_MEK_RCOO Assigned HEMCO species ID: 135 Prepare CEDS_MEK_RCOC Assigned HEMCO species ID: 135 Prepare CEDS_MEK_RCOR Assigned HEMCO species ID: 135 Prepare CEDS_MEK_ROAD Assigned HEMCO species ID: 135 Prepare CEDS_MEK_NRTR Assigned HEMCO species ID: 135 Prepare CEDS_MEK_IND Assigned HEMCO species ID: 135 Prepare CEDS_MEK_ENE Assigned HEMCO species ID: 135 Prepare CEDS_MEK_AGR Assigned HEMCO species ID: 135 Prepare CEDS_ALD2_WST Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_SLV Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_RCOO Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_RCOC Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_RCOR Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_ROAD Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_NRTR Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_IND Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_ENE Assigned HEMCO species ID: 4 Prepare CEDS_ALD2_AGR Assigned HEMCO species ID: 4 Prepare CEDS_CH2O_WST Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_SLV Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_RCOO Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_RCOC Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_RCOR Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_ROAD Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_NRTR Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_IND Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_ENE Assigned HEMCO species ID: 31 Prepare CEDS_CH2O_AGR Assigned HEMCO species ID: 31 Prepare CEDS_XYLE_WST Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_SLV Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_RCOO Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_RCOC Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_RCOR Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_ROAD Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_NRTR Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_IND Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_ENE Assigned HEMCO species ID: 204 Prepare CEDS_XYLE_AGR Assigned HEMCO species ID: 204 Prepare CEDS_TOLU_WST Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_SLV Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_RCOO Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_RCOC Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_RCOR Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_ROAD Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_NRTR Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_IND Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_ENE Assigned HEMCO species ID: 203 Prepare CEDS_TOLU_AGR Assigned HEMCO species ID: 203 Prepare CEDS_BENZ_WST Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_SLV Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_RCOO Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_RCOC Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_RCOR Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_ROAD Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_NRTR Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_IND Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_ENE Assigned HEMCO species ID: 9 Prepare CEDS_BENZ_AGR Assigned HEMCO species ID: 9 Prepare CEDS_C2H2_WST Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_SLV Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_RCOO Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_RCOC Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_RCOR Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_ROAD Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_NRTR Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_IND Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_ENE Assigned HEMCO species ID: -1 Prepare CEDS_C2H2_AGR Assigned HEMCO species ID: -1 Prepare CEDS_PRPE_WST Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_SLV Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_RCOO Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_RCOC Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_RCOR Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_ROAD Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_NRTR Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_IND Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_ENE Assigned HEMCO species ID: 177 Prepare CEDS_PRPE_AGR Assigned HEMCO species ID: 177 Prepare CEDS_C2H4_WST Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_SLV Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_RCOO Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_RCOC Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_RCOR Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_ROAD Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_NRTR Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_IND Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_ENE Assigned HEMCO species ID: -1 Prepare CEDS_C2H4_AGR Assigned HEMCO species ID: -1 Prepare CEDS_C6H14_WST Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_SLV Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_RCOO Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_RCOC Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_RCOR Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_ROAD Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_NRTR Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_IND Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_ENE Assigned HEMCO species ID: 5 Prepare CEDS_C6H14_AGR Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_WST Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_SLV Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_RCOO Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_RCOC Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_RCOR Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_ROAD Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_NRTR Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_IND Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_ENE Assigned HEMCO species ID: 5 Prepare CEDS_C5H12_AGR Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_WST Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_SLV Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_RCOO Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_RCOC Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_RCOR Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_ROAD Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_NRTR Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_IND Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_ENE Assigned HEMCO species ID: 5 Prepare CEDS_C4H10_AGR Assigned HEMCO species ID: 5 Prepare CEDS_C3H8_WST Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_SLV Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_RCOO Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_RCOC Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_RCOR Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_ROAD Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_NRTR Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_IND Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_ENE Assigned HEMCO species ID: 19 Prepare CEDS_C3H8_AGR Assigned HEMCO species ID: 19 Prepare CEDS_C2H6_WST Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_SLV Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_RCOO Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_RCOC Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_RCOR Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_ROAD Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_NRTR Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_IND Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_ENE Assigned HEMCO species ID: 18 Prepare CEDS_C2H6_AGR Assigned HEMCO species ID: 18 Prepare CEDS_ROH_WST Assigned HEMCO species ID: -1 Prepare CEDS_EOH_WST Assigned HEMCO species ID: 53 Prepare CEDS_MOH_WST Assigned HEMCO species ID: 138 Prepare CEDS_ROH_SLV Assigned HEMCO species ID: -1 Prepare CEDS_EOH_SLV Assigned HEMCO species ID: 53 Prepare CEDS_MOH_SLV Assigned HEMCO species ID: 138 Prepare CEDS_ROH_RCOO Assigned HEMCO species ID: -1 Prepare CEDS_EOH_RCOO Assigned HEMCO species ID: 53 Prepare CEDS_MOH_RCOO Assigned HEMCO species ID: 138 Prepare CEDS_ROH_RCOC Assigned HEMCO species ID: -1 Prepare CEDS_EOH_RCOC Assigned HEMCO species ID: 53 Prepare CEDS_MOH_RCOC Assigned HEMCO species ID: 138 Prepare CEDS_ROH_RCOR Assigned HEMCO species ID: -1 Prepare CEDS_EOH_RCOR Assigned HEMCO species ID: 53 Prepare CEDS_MOH_RCOR Assigned HEMCO species ID: 138 Prepare CEDS_ROH_ROAD Assigned HEMCO species ID: -1 Prepare CEDS_EOH_ROAD Assigned HEMCO species ID: 53 Prepare CEDS_MOH_ROAD Assigned HEMCO species ID: 138 Prepare CEDS_ROH_NRTR Assigned HEMCO species ID: -1 Prepare CEDS_EOH_NRTR Assigned HEMCO species ID: 53 Prepare CEDS_MOH_NRTR Assigned HEMCO species ID: 138 Prepare CEDS_ROH_IND Assigned HEMCO species ID: -1 Prepare CEDS_EOH_IND Assigned HEMCO species ID: 53 Prepare CEDS_MOH_IND Assigned HEMCO species ID: 138 Prepare CEDS_ROH_ENE Assigned HEMCO species ID: -1 Prepare CEDS_EOH_ENE Assigned HEMCO species ID: 53 Prepare CEDS_MOH_ENE Assigned HEMCO species ID: 138 Prepare CEDS_ROH_AGR Assigned HEMCO species ID: -1 Prepare CEDS_EOH_AGR Assigned HEMCO species ID: 53 Prepare CEDS_MOH_AGR Assigned HEMCO species ID: 138 Prepare CEDS_POG2_WST Assigned HEMCO species ID: -1 Prepare CEDS_POG1_WST Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_WST Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_WST Assigned HEMCO species ID: 167 Prepare CEDS_POG2_SLV Assigned HEMCO species ID: -1 Prepare CEDS_POG1_SLV Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_SLV Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_SLV Assigned HEMCO species ID: 167 Prepare CEDS_POG2_RCOO Assigned HEMCO species ID: -1 Prepare CEDS_POG1_RCOO Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_RCOO Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_RCOO Assigned HEMCO species ID: 167 Prepare CEDS_POG2_RCOC Assigned HEMCO species ID: -1 Prepare CEDS_POG1_RCOC Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_RCOC Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_RCOC Assigned HEMCO species ID: 167 Prepare CEDS_POG2_RCOR Assigned HEMCO species ID: -1 Prepare CEDS_POG1_RCOR Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_RCOR Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_RCOR Assigned HEMCO species ID: 167 Prepare CEDS_POG2_ROAD Assigned HEMCO species ID: -1 Prepare CEDS_POG1_ROAD Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_ROAD Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_ROAD Assigned HEMCO species ID: 167 Prepare CEDS_POG2_NRTR Assigned HEMCO species ID: -1 Prepare CEDS_POG1_NRTR Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_NRTR Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_NRTR Assigned HEMCO species ID: 167 Prepare CEDS_POG2_IND Assigned HEMCO species ID: -1 Prepare CEDS_POG1_IND Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_IND Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_IND Assigned HEMCO species ID: 167 Prepare CEDS_POG2_ENE Assigned HEMCO species ID: -1 Prepare CEDS_POG1_ENE Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_ENE Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_ENE Assigned HEMCO species ID: 167 Prepare CEDS_POG2_AGR Assigned HEMCO species ID: -1 Prepare CEDS_POG1_AGR Assigned HEMCO species ID: -1 Prepare CEDS_OCPO_AGR Assigned HEMCO species ID: 168 Prepare CEDS_OCPI_AGR Assigned HEMCO species ID: 167 Prepare CEDS_BCPO_WST Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_WST Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_SLV Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_SLV Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_RCOO Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_RCOO Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_RCOC Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_RCOC Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_RCOR Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_RCOR Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_ROAD Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_ROAD Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_NRTR Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_NRTR Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_IND Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_IND Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_ENE Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_ENE Assigned HEMCO species ID: 7 Prepare CEDS_BCPO_AGR Assigned HEMCO species ID: 8 Prepare CEDS_BCPI_AGR Assigned HEMCO species ID: 7 Prepare CEDS_NH3_WST Assigned HEMCO species ID: 157 Prepare CEDS_NH3_SLV Assigned HEMCO species ID: 157 Prepare CEDS_NH3_RCOO Assigned HEMCO species ID: 157 Prepare CEDS_NH3_RCOC Assigned HEMCO species ID: 157 Prepare CEDS_NH3_RCOR Assigned HEMCO species ID: 157 Prepare CEDS_NH3_ROAD Assigned HEMCO species ID: 157 Prepare CEDS_NH3_NRTR Assigned HEMCO species ID: 157 Prepare CEDS_NH3_IND Assigned HEMCO species ID: 157 Prepare CEDS_NH3_ENE Assigned HEMCO species ID: 157 Prepare CEDS_NH3_AGR Assigned HEMCO species ID: 157 Prepare CEDS_pFe_WST Assigned HEMCO species ID: 172 Prepare CEDS_SO4_WST Assigned HEMCO species ID: 197 Prepare CEDS_SO2_WST Assigned HEMCO species ID: 196 Prepare CEDS_pFe_SLV Assigned HEMCO species ID: 172 Prepare CEDS_SO4_SLV Assigned HEMCO species ID: 197 Prepare CEDS_SO2_SLV Assigned HEMCO species ID: 196 Prepare CEDS_pFe_RCOO Assigned HEMCO species ID: 172 Prepare CEDS_SO4_RCOO Assigned HEMCO species ID: 197 Prepare CEDS_SO2_RCOO Assigned HEMCO species ID: 196 Prepare CEDS_pFe_RCOC Assigned HEMCO species ID: 172 Prepare CEDS_SO4_RCOC Assigned HEMCO species ID: 197 Prepare CEDS_SO2_RCOC Assigned HEMCO species ID: 196 Prepare CEDS_pFe_RCOR Assigned HEMCO species ID: 172 Prepare CEDS_SO4_RCOR Assigned HEMCO species ID: 197 Prepare CEDS_SO2_RCOR Assigned HEMCO species ID: 196 Prepare CEDS_pFe_ROAD Assigned HEMCO species ID: 172 Prepare CEDS_SO4_ROAD Assigned HEMCO species ID: 197 Prepare CEDS_SO2_ROAD Assigned HEMCO species ID: 196 Prepare CEDS_pFe_NRTR Assigned HEMCO species ID: 172 Prepare CEDS_SO4_NRTR Assigned HEMCO species ID: 197 Prepare CEDS_SO2_NRTR Assigned HEMCO species ID: 196 Prepare CEDS_pFe_IND Assigned HEMCO species ID: 172 Prepare CEDS_SO4_IND Assigned HEMCO species ID: 197 Prepare CEDS_SO2_IND Assigned HEMCO species ID: 196 Prepare CEDS_pFe_ENE Assigned HEMCO species ID: 172 Prepare CEDS_SO4_ENE Assigned HEMCO species ID: 197 Prepare CEDS_SO2_ENE Assigned HEMCO species ID: 196 Prepare CEDS_pFe_AGR Assigned HEMCO species ID: 172 Prepare CEDS_SO4_AGR Assigned HEMCO species ID: 197 Prepare CEDS_SO2_AGR Assigned HEMCO species ID: 196 Prepare CEDS_SOAP_WST Assigned HEMCO species ID: 201 Prepare CEDS_CO_WST Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_SLV Assigned HEMCO species ID: 201 Prepare CEDS_CO_SLV Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_RCOO Assigned HEMCO species ID: 201 Prepare CEDS_CO_RCOO Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_RCOC Assigned HEMCO species ID: 201 Prepare CEDS_CO_RCOC Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_RCOR Assigned HEMCO species ID: 201 Prepare CEDS_CO_RCOR Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_ROAD Assigned HEMCO species ID: 201 Prepare CEDS_CO_ROAD Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_NRTR Assigned HEMCO species ID: 201 Prepare CEDS_CO_NRTR Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_IND Assigned HEMCO species ID: 201 Prepare CEDS_CO_IND Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_ENE Assigned HEMCO species ID: 201 Prepare CEDS_CO_ENE Assigned HEMCO species ID: 47 Prepare CEDS_SOAP_AGR Assigned HEMCO species ID: 201 Prepare CEDS_CO_AGR Assigned HEMCO species ID: 47 Prepare CEDS_NO_WST Assigned HEMCO species ID: 161 Prepare CEDS_NO_SLV Assigned HEMCO species ID: 161 Prepare CEDS_NO_RCOO Assigned HEMCO species ID: 161 Prepare CEDS_NO_RCOC Assigned HEMCO species ID: 161 Prepare CEDS_NO_RCOR Assigned HEMCO species ID: 161 Prepare CEDS_NO_ROAD Assigned HEMCO species ID: 161 Prepare CEDS_NO_NRTR Assigned HEMCO species ID: 161 Prepare CEDS_NO_IND Assigned HEMCO species ID: 161 Prepare CEDS_NO_ENE Assigned HEMCO species ID: 161 Prepare CEDS_NO_AGR Assigned HEMCO species ID: 161 HEMCO: Leaving RegisterPrepare ( 3) HEMCO: Entering Register_Base (hco_config_mod.F90) ( 3) ------------------------------------------------------------------------------- Register_Base: Checking surf_iodide HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1233 Assigned targetID: 1233 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container surf_iodide -->Data type : 1 -->Container ID : 1233 -->Target ID : 1233 -->File data home? -999 -->Source file : $ROOT/OCEAN_O3_DRYDEP/v2020-02/Oi_prj_predicted_iodide_0.125x0.125_No_Skagerrak_Just_Ensemble.nc -->ncRead? T -->Shared data file? F -->Source parameter: Ensemble_Monthly_mean -->Year range : 1970 1970 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: surf_iodide ------------------------------------------------------------------------------- Register_Base: Checking surf_salinity HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1232 Assigned targetID: 1232 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container surf_salinity -->Data type : 1 -->Container ID : 1232 -->Target ID : 1232 -->File data home? -999 -->Source file : $ROOT/OCEAN_O3_DRYDEP/v2020-02/WOA_2013_salinity.nc -->ncRead? T -->Shared data file? F -->Source parameter: s_mn -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: surf_salinity ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_H2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1231 Assigned targetID: 1231 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_H2 -->Data type : 1 -->Container ID : 1231 -->Target ID : 1231 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/surface_VMR_H2.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H2 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_H2 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_OCS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1230 Assigned targetID: 1230 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_OCS -->Data type : 1 -->Container ID : 1230 -->Target ID : 1230 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/surface_VMR_OCS.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: OCS -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_OCS ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_N2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1229 Assigned targetID: 1229 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_N2O -->Data type : 1 -->Container ID : 1229 -->Target ID : 1229 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: N2O -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_N2O ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_HCFC22 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1228 Assigned targetID: 1228 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_HCFC22 -->Data type : 1 -->Container ID : 1228 -->Target ID : 1228 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCFC22 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_HCFC22 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_HCFC142b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1227 Assigned targetID: 1227 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_HCFC142b -->Data type : 1 -->Container ID : 1227 -->Target ID : 1227 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCFC142b -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_HCFC142b ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_HCFC141b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1226 Assigned targetID: 1226 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_HCFC141b -->Data type : 1 -->Container ID : 1226 -->Target ID : 1226 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCFC141b -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_HCFC141b ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_H2402 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1225 Assigned targetID: 1225 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_H2402 -->Data type : 1 -->Container ID : 1225 -->Target ID : 1225 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: C2BR2F4 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_H2402 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_H1301 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1224 Assigned targetID: 1224 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_H1301 -->Data type : 1 -->Container ID : 1224 -->Target ID : 1224 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H1301 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_H1301 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_H1211 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1223 Assigned targetID: 1223 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_H1211 -->Data type : 1 -->Container ID : 1223 -->Target ID : 1223 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H1211 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_H1211 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CH3CCl3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1222 Assigned targetID: 1222 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CH3CCl3 -->Data type : 1 -->Container ID : 1222 -->Target ID : 1222 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3CCl3 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CH3CCl3 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CFC12 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1221 Assigned targetID: 1221 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CFC12 -->Data type : 1 -->Container ID : 1221 -->Target ID : 1221 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC12 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CFC12 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CFC11 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1220 Assigned targetID: 1220 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CFC11 -->Data type : 1 -->Container ID : 1220 -->Target ID : 1220 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC11 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CFC11 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CFC115 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1219 Assigned targetID: 1219 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CFC115 -->Data type : 1 -->Container ID : 1219 -->Target ID : 1219 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC115 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CFC115 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CFC114 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1218 Assigned targetID: 1218 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CFC114 -->Data type : 1 -->Container ID : 1218 -->Target ID : 1218 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC114 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CFC114 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CFC113 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1217 Assigned targetID: 1217 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CFC113 -->Data type : 1 -->Container ID : 1217 -->Target ID : 1217 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC113 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CFC113 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CCl4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1216 Assigned targetID: 1216 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CCl4 -->Data type : 1 -->Container ID : 1216 -->Target ID : 1216 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CCl4 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CCl4 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CH3Br HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1215 Assigned targetID: 1215 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CH3Br -->Data type : 1 -->Container ID : 1215 -->Target ID : 1215 -->File data home? -999 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3Br -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CH3Br ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CHCl3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1214 Assigned targetID: 1214 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CHCl3 -->Data type : 1 -->Container ID : 1214 -->Target ID : 1214 -->File data home? -999 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHCl3 -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CHCl3 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CH2Cl2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1213 Assigned targetID: 1213 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CH2Cl2 -->Data type : 1 -->Container ID : 1213 -->Target ID : 1213 -->File data home? -999 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2Cl2 -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CH2Cl2 ------------------------------------------------------------------------------- Register_Base: Checking SfcVMR_CH3Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1212 Assigned targetID: 1212 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SfcVMR_CH3Cl -->Data type : 1 -->Container ID : 1212 -->Target ID : 1212 -->File data home? -999 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3Cl -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SfcVMR_CH3Cl ------------------------------------------------------------------------------- Register_Base: Checking XLAI72 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1211 Assigned targetID: 1211 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI72 -->Data type : 1 -->Container ID : 1211 -->Target ID : 1211 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI72 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI72 ------------------------------------------------------------------------------- Register_Base: Checking XLAI71 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1210 Assigned targetID: 1210 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI71 -->Data type : 1 -->Container ID : 1210 -->Target ID : 1210 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI71 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI71 ------------------------------------------------------------------------------- Register_Base: Checking XLAI70 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1209 Assigned targetID: 1209 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI70 -->Data type : 1 -->Container ID : 1209 -->Target ID : 1209 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI70 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI70 ------------------------------------------------------------------------------- Register_Base: Checking XLAI69 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1208 Assigned targetID: 1208 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI69 -->Data type : 1 -->Container ID : 1208 -->Target ID : 1208 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI69 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI69 ------------------------------------------------------------------------------- Register_Base: Checking XLAI68 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1207 Assigned targetID: 1207 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI68 -->Data type : 1 -->Container ID : 1207 -->Target ID : 1207 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI68 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI68 ------------------------------------------------------------------------------- Register_Base: Checking XLAI67 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1206 Assigned targetID: 1206 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI67 -->Data type : 1 -->Container ID : 1206 -->Target ID : 1206 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI67 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI67 ------------------------------------------------------------------------------- Register_Base: Checking XLAI66 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1205 Assigned targetID: 1205 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI66 -->Data type : 1 -->Container ID : 1205 -->Target ID : 1205 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI66 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI66 ------------------------------------------------------------------------------- Register_Base: Checking XLAI65 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1204 Assigned targetID: 1204 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI65 -->Data type : 1 -->Container ID : 1204 -->Target ID : 1204 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI65 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI65 ------------------------------------------------------------------------------- Register_Base: Checking XLAI64 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1203 Assigned targetID: 1203 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI64 -->Data type : 1 -->Container ID : 1203 -->Target ID : 1203 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI64 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI64 ------------------------------------------------------------------------------- Register_Base: Checking XLAI63 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1202 Assigned targetID: 1202 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI63 -->Data type : 1 -->Container ID : 1202 -->Target ID : 1202 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI63 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI63 ------------------------------------------------------------------------------- Register_Base: Checking XLAI62 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1201 Assigned targetID: 1201 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI62 -->Data type : 1 -->Container ID : 1201 -->Target ID : 1201 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI62 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI62 ------------------------------------------------------------------------------- Register_Base: Checking XLAI61 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1200 Assigned targetID: 1200 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI61 -->Data type : 1 -->Container ID : 1200 -->Target ID : 1200 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI61 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI61 ------------------------------------------------------------------------------- Register_Base: Checking XLAI60 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1199 Assigned targetID: 1199 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI60 -->Data type : 1 -->Container ID : 1199 -->Target ID : 1199 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI60 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI60 ------------------------------------------------------------------------------- Register_Base: Checking XLAI59 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1198 Assigned targetID: 1198 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI59 -->Data type : 1 -->Container ID : 1198 -->Target ID : 1198 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI59 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI59 ------------------------------------------------------------------------------- Register_Base: Checking XLAI58 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1197 Assigned targetID: 1197 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI58 -->Data type : 1 -->Container ID : 1197 -->Target ID : 1197 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI58 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI58 ------------------------------------------------------------------------------- Register_Base: Checking XLAI57 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1196 Assigned targetID: 1196 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI57 -->Data type : 1 -->Container ID : 1196 -->Target ID : 1196 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI57 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI57 ------------------------------------------------------------------------------- Register_Base: Checking XLAI56 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1195 Assigned targetID: 1195 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI56 -->Data type : 1 -->Container ID : 1195 -->Target ID : 1195 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI56 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI56 ------------------------------------------------------------------------------- Register_Base: Checking XLAI55 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1194 Assigned targetID: 1194 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI55 -->Data type : 1 -->Container ID : 1194 -->Target ID : 1194 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI55 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI55 ------------------------------------------------------------------------------- Register_Base: Checking XLAI54 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1193 Assigned targetID: 1193 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI54 -->Data type : 1 -->Container ID : 1193 -->Target ID : 1193 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI54 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI54 ------------------------------------------------------------------------------- Register_Base: Checking XLAI53 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1192 Assigned targetID: 1192 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI53 -->Data type : 1 -->Container ID : 1192 -->Target ID : 1192 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI53 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI53 ------------------------------------------------------------------------------- Register_Base: Checking XLAI52 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1191 Assigned targetID: 1191 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI52 -->Data type : 1 -->Container ID : 1191 -->Target ID : 1191 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI52 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI52 ------------------------------------------------------------------------------- Register_Base: Checking XLAI51 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1190 Assigned targetID: 1190 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI51 -->Data type : 1 -->Container ID : 1190 -->Target ID : 1190 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI51 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI51 ------------------------------------------------------------------------------- Register_Base: Checking XLAI50 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1189 Assigned targetID: 1189 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI50 -->Data type : 1 -->Container ID : 1189 -->Target ID : 1189 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI50 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI50 ------------------------------------------------------------------------------- Register_Base: Checking XLAI49 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1188 Assigned targetID: 1188 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI49 -->Data type : 1 -->Container ID : 1188 -->Target ID : 1188 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI49 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI49 ------------------------------------------------------------------------------- Register_Base: Checking XLAI48 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1187 Assigned targetID: 1187 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI48 -->Data type : 1 -->Container ID : 1187 -->Target ID : 1187 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI48 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI48 ------------------------------------------------------------------------------- Register_Base: Checking XLAI47 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1186 Assigned targetID: 1186 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI47 -->Data type : 1 -->Container ID : 1186 -->Target ID : 1186 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI47 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI47 ------------------------------------------------------------------------------- Register_Base: Checking XLAI46 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1185 Assigned targetID: 1185 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI46 -->Data type : 1 -->Container ID : 1185 -->Target ID : 1185 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI46 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI46 ------------------------------------------------------------------------------- Register_Base: Checking XLAI45 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1184 Assigned targetID: 1184 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI45 -->Data type : 1 -->Container ID : 1184 -->Target ID : 1184 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI45 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI45 ------------------------------------------------------------------------------- Register_Base: Checking XLAI44 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1183 Assigned targetID: 1183 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI44 -->Data type : 1 -->Container ID : 1183 -->Target ID : 1183 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI44 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI44 ------------------------------------------------------------------------------- Register_Base: Checking XLAI43 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1182 Assigned targetID: 1182 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI43 -->Data type : 1 -->Container ID : 1182 -->Target ID : 1182 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI43 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI43 ------------------------------------------------------------------------------- Register_Base: Checking XLAI42 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1181 Assigned targetID: 1181 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI42 -->Data type : 1 -->Container ID : 1181 -->Target ID : 1181 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI42 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI42 ------------------------------------------------------------------------------- Register_Base: Checking XLAI41 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1180 Assigned targetID: 1180 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI41 -->Data type : 1 -->Container ID : 1180 -->Target ID : 1180 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI41 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI41 ------------------------------------------------------------------------------- Register_Base: Checking XLAI40 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1179 Assigned targetID: 1179 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI40 -->Data type : 1 -->Container ID : 1179 -->Target ID : 1179 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI40 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI40 ------------------------------------------------------------------------------- Register_Base: Checking XLAI39 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1178 Assigned targetID: 1178 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI39 -->Data type : 1 -->Container ID : 1178 -->Target ID : 1178 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI39 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI39 ------------------------------------------------------------------------------- Register_Base: Checking XLAI38 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1177 Assigned targetID: 1177 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI38 -->Data type : 1 -->Container ID : 1177 -->Target ID : 1177 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI38 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI38 ------------------------------------------------------------------------------- Register_Base: Checking XLAI37 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1176 Assigned targetID: 1176 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI37 -->Data type : 1 -->Container ID : 1176 -->Target ID : 1176 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI37 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI37 ------------------------------------------------------------------------------- Register_Base: Checking XLAI36 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1175 Assigned targetID: 1175 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI36 -->Data type : 1 -->Container ID : 1175 -->Target ID : 1175 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI36 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI36 ------------------------------------------------------------------------------- Register_Base: Checking XLAI35 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1174 Assigned targetID: 1174 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI35 -->Data type : 1 -->Container ID : 1174 -->Target ID : 1174 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI35 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI35 ------------------------------------------------------------------------------- Register_Base: Checking XLAI34 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1173 Assigned targetID: 1173 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI34 -->Data type : 1 -->Container ID : 1173 -->Target ID : 1173 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI34 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI34 ------------------------------------------------------------------------------- Register_Base: Checking XLAI33 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1172 Assigned targetID: 1172 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI33 -->Data type : 1 -->Container ID : 1172 -->Target ID : 1172 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI33 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI33 ------------------------------------------------------------------------------- Register_Base: Checking XLAI32 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1171 Assigned targetID: 1171 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI32 -->Data type : 1 -->Container ID : 1171 -->Target ID : 1171 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI32 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI32 ------------------------------------------------------------------------------- Register_Base: Checking XLAI31 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1170 Assigned targetID: 1170 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI31 -->Data type : 1 -->Container ID : 1170 -->Target ID : 1170 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI31 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI31 ------------------------------------------------------------------------------- Register_Base: Checking XLAI30 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1169 Assigned targetID: 1169 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI30 -->Data type : 1 -->Container ID : 1169 -->Target ID : 1169 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI30 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI30 ------------------------------------------------------------------------------- Register_Base: Checking XLAI29 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1168 Assigned targetID: 1168 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI29 -->Data type : 1 -->Container ID : 1168 -->Target ID : 1168 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI29 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI29 ------------------------------------------------------------------------------- Register_Base: Checking XLAI28 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1167 Assigned targetID: 1167 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI28 -->Data type : 1 -->Container ID : 1167 -->Target ID : 1167 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI28 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI28 ------------------------------------------------------------------------------- Register_Base: Checking XLAI27 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1166 Assigned targetID: 1166 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI27 -->Data type : 1 -->Container ID : 1166 -->Target ID : 1166 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI27 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI27 ------------------------------------------------------------------------------- Register_Base: Checking XLAI26 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1165 Assigned targetID: 1165 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI26 -->Data type : 1 -->Container ID : 1165 -->Target ID : 1165 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI26 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI26 ------------------------------------------------------------------------------- Register_Base: Checking XLAI25 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1164 Assigned targetID: 1164 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI25 -->Data type : 1 -->Container ID : 1164 -->Target ID : 1164 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI25 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI25 ------------------------------------------------------------------------------- Register_Base: Checking XLAI24 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1163 Assigned targetID: 1163 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI24 -->Data type : 1 -->Container ID : 1163 -->Target ID : 1163 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI24 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI24 ------------------------------------------------------------------------------- Register_Base: Checking XLAI23 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1162 Assigned targetID: 1162 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI23 -->Data type : 1 -->Container ID : 1162 -->Target ID : 1162 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI23 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI23 ------------------------------------------------------------------------------- Register_Base: Checking XLAI22 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1161 Assigned targetID: 1161 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI22 -->Data type : 1 -->Container ID : 1161 -->Target ID : 1161 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI22 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI22 ------------------------------------------------------------------------------- Register_Base: Checking XLAI21 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1160 Assigned targetID: 1160 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI21 -->Data type : 1 -->Container ID : 1160 -->Target ID : 1160 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI21 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI21 ------------------------------------------------------------------------------- Register_Base: Checking XLAI20 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1159 Assigned targetID: 1159 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI20 -->Data type : 1 -->Container ID : 1159 -->Target ID : 1159 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI20 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI20 ------------------------------------------------------------------------------- Register_Base: Checking XLAI19 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1158 Assigned targetID: 1158 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI19 -->Data type : 1 -->Container ID : 1158 -->Target ID : 1158 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI19 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI19 ------------------------------------------------------------------------------- Register_Base: Checking XLAI18 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1157 Assigned targetID: 1157 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI18 -->Data type : 1 -->Container ID : 1157 -->Target ID : 1157 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI18 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI18 ------------------------------------------------------------------------------- Register_Base: Checking XLAI17 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1156 Assigned targetID: 1156 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI17 -->Data type : 1 -->Container ID : 1156 -->Target ID : 1156 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI17 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI17 ------------------------------------------------------------------------------- Register_Base: Checking XLAI16 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1155 Assigned targetID: 1155 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI16 -->Data type : 1 -->Container ID : 1155 -->Target ID : 1155 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI16 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI16 ------------------------------------------------------------------------------- Register_Base: Checking XLAI15 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1154 Assigned targetID: 1154 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI15 -->Data type : 1 -->Container ID : 1154 -->Target ID : 1154 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI15 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI15 ------------------------------------------------------------------------------- Register_Base: Checking XLAI14 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1153 Assigned targetID: 1153 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI14 -->Data type : 1 -->Container ID : 1153 -->Target ID : 1153 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI14 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI14 ------------------------------------------------------------------------------- Register_Base: Checking XLAI13 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1152 Assigned targetID: 1152 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI13 -->Data type : 1 -->Container ID : 1152 -->Target ID : 1152 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI13 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI13 ------------------------------------------------------------------------------- Register_Base: Checking XLAI12 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1151 Assigned targetID: 1151 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI12 -->Data type : 1 -->Container ID : 1151 -->Target ID : 1151 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI12 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI12 ------------------------------------------------------------------------------- Register_Base: Checking XLAI11 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1150 Assigned targetID: 1150 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI11 -->Data type : 1 -->Container ID : 1150 -->Target ID : 1150 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI11 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI11 ------------------------------------------------------------------------------- Register_Base: Checking XLAI10 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1149 Assigned targetID: 1149 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI10 -->Data type : 1 -->Container ID : 1149 -->Target ID : 1149 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI10 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI10 ------------------------------------------------------------------------------- Register_Base: Checking XLAI09 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1148 Assigned targetID: 1148 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI09 -->Data type : 1 -->Container ID : 1148 -->Target ID : 1148 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI09 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI09 ------------------------------------------------------------------------------- Register_Base: Checking XLAI08 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1147 Assigned targetID: 1147 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI08 -->Data type : 1 -->Container ID : 1147 -->Target ID : 1147 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI08 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI08 ------------------------------------------------------------------------------- Register_Base: Checking XLAI07 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1146 Assigned targetID: 1146 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI07 -->Data type : 1 -->Container ID : 1146 -->Target ID : 1146 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI07 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI07 ------------------------------------------------------------------------------- Register_Base: Checking XLAI06 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1145 Assigned targetID: 1145 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI06 -->Data type : 1 -->Container ID : 1145 -->Target ID : 1145 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI06 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI06 ------------------------------------------------------------------------------- Register_Base: Checking XLAI05 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1144 Assigned targetID: 1144 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI05 -->Data type : 1 -->Container ID : 1144 -->Target ID : 1144 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI05 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI05 ------------------------------------------------------------------------------- Register_Base: Checking XLAI04 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1143 Assigned targetID: 1143 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI04 -->Data type : 1 -->Container ID : 1143 -->Target ID : 1143 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI04 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI04 ------------------------------------------------------------------------------- Register_Base: Checking XLAI03 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1142 Assigned targetID: 1142 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI03 -->Data type : 1 -->Container ID : 1142 -->Target ID : 1142 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI03 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI03 ------------------------------------------------------------------------------- Register_Base: Checking XLAI02 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1141 Assigned targetID: 1141 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI02 -->Data type : 1 -->Container ID : 1141 -->Target ID : 1141 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI02 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI02 ------------------------------------------------------------------------------- Register_Base: Checking XLAI01 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1140 Assigned targetID: 1140 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI01 -->Data type : 1 -->Container ID : 1140 -->Target ID : 1140 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI01 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI01 ------------------------------------------------------------------------------- Register_Base: Checking XLAI00 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1139 Assigned targetID: 1139 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XLAI00 -->Data type : 1 -->Container ID : 1139 -->Target ID : 1139 -->File data home? -999 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI00 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XLAI00 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE72 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1138 Assigned targetID: 1138 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE72 -->Data type : 1 -->Container ID : 1138 -->Target ID : 1138 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE72 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE72 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE71 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1137 Assigned targetID: 1137 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE71 -->Data type : 1 -->Container ID : 1137 -->Target ID : 1137 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE71 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE71 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE70 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1136 Assigned targetID: 1136 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE70 -->Data type : 1 -->Container ID : 1136 -->Target ID : 1136 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE70 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE70 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE69 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1135 Assigned targetID: 1135 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE69 -->Data type : 1 -->Container ID : 1135 -->Target ID : 1135 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE69 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE69 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE68 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1134 Assigned targetID: 1134 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE68 -->Data type : 1 -->Container ID : 1134 -->Target ID : 1134 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE68 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE68 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE67 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1133 Assigned targetID: 1133 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE67 -->Data type : 1 -->Container ID : 1133 -->Target ID : 1133 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE67 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE67 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE66 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1132 Assigned targetID: 1132 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE66 -->Data type : 1 -->Container ID : 1132 -->Target ID : 1132 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE66 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE66 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE65 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1131 Assigned targetID: 1131 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE65 -->Data type : 1 -->Container ID : 1131 -->Target ID : 1131 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE65 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE65 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE64 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1130 Assigned targetID: 1130 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE64 -->Data type : 1 -->Container ID : 1130 -->Target ID : 1130 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE64 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE64 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE63 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1129 Assigned targetID: 1129 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE63 -->Data type : 1 -->Container ID : 1129 -->Target ID : 1129 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE63 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE63 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE62 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1128 Assigned targetID: 1128 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE62 -->Data type : 1 -->Container ID : 1128 -->Target ID : 1128 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE62 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE62 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE61 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1127 Assigned targetID: 1127 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE61 -->Data type : 1 -->Container ID : 1127 -->Target ID : 1127 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE61 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE61 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE60 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1126 Assigned targetID: 1126 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE60 -->Data type : 1 -->Container ID : 1126 -->Target ID : 1126 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE60 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE60 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE59 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1125 Assigned targetID: 1125 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE59 -->Data type : 1 -->Container ID : 1125 -->Target ID : 1125 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE59 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE59 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE58 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1124 Assigned targetID: 1124 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE58 -->Data type : 1 -->Container ID : 1124 -->Target ID : 1124 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE58 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE58 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE57 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1123 Assigned targetID: 1123 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE57 -->Data type : 1 -->Container ID : 1123 -->Target ID : 1123 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE57 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE57 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE56 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1122 Assigned targetID: 1122 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE56 -->Data type : 1 -->Container ID : 1122 -->Target ID : 1122 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE56 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE56 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE55 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1121 Assigned targetID: 1121 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE55 -->Data type : 1 -->Container ID : 1121 -->Target ID : 1121 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE55 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE55 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE54 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1120 Assigned targetID: 1120 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE54 -->Data type : 1 -->Container ID : 1120 -->Target ID : 1120 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE54 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE54 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE53 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1119 Assigned targetID: 1119 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE53 -->Data type : 1 -->Container ID : 1119 -->Target ID : 1119 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE53 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE53 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE52 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1118 Assigned targetID: 1118 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE52 -->Data type : 1 -->Container ID : 1118 -->Target ID : 1118 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE52 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE52 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE51 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1117 Assigned targetID: 1117 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE51 -->Data type : 1 -->Container ID : 1117 -->Target ID : 1117 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE51 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE51 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE50 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1116 Assigned targetID: 1116 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE50 -->Data type : 1 -->Container ID : 1116 -->Target ID : 1116 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE50 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE50 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE49 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1115 Assigned targetID: 1115 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE49 -->Data type : 1 -->Container ID : 1115 -->Target ID : 1115 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE49 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE49 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE48 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1114 Assigned targetID: 1114 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE48 -->Data type : 1 -->Container ID : 1114 -->Target ID : 1114 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE48 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE48 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE47 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1113 Assigned targetID: 1113 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE47 -->Data type : 1 -->Container ID : 1113 -->Target ID : 1113 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE47 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE47 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE46 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1112 Assigned targetID: 1112 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE46 -->Data type : 1 -->Container ID : 1112 -->Target ID : 1112 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE46 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE46 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE45 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1111 Assigned targetID: 1111 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE45 -->Data type : 1 -->Container ID : 1111 -->Target ID : 1111 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE45 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE45 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE44 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1110 Assigned targetID: 1110 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE44 -->Data type : 1 -->Container ID : 1110 -->Target ID : 1110 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE44 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE44 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE43 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1109 Assigned targetID: 1109 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE43 -->Data type : 1 -->Container ID : 1109 -->Target ID : 1109 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE43 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE43 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE42 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1108 Assigned targetID: 1108 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE42 -->Data type : 1 -->Container ID : 1108 -->Target ID : 1108 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE42 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE42 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE41 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1107 Assigned targetID: 1107 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE41 -->Data type : 1 -->Container ID : 1107 -->Target ID : 1107 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE41 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE41 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE40 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1106 Assigned targetID: 1106 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE40 -->Data type : 1 -->Container ID : 1106 -->Target ID : 1106 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE40 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE40 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE39 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1105 Assigned targetID: 1105 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE39 -->Data type : 1 -->Container ID : 1105 -->Target ID : 1105 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE39 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE39 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE38 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1104 Assigned targetID: 1104 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE38 -->Data type : 1 -->Container ID : 1104 -->Target ID : 1104 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE38 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE38 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE37 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1103 Assigned targetID: 1103 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE37 -->Data type : 1 -->Container ID : 1103 -->Target ID : 1103 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE37 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE37 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE36 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1102 Assigned targetID: 1102 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE36 -->Data type : 1 -->Container ID : 1102 -->Target ID : 1102 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE36 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE36 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE35 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1101 Assigned targetID: 1101 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE35 -->Data type : 1 -->Container ID : 1101 -->Target ID : 1101 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE35 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE35 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE34 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1100 Assigned targetID: 1100 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE34 -->Data type : 1 -->Container ID : 1100 -->Target ID : 1100 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE34 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE34 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE33 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1099 Assigned targetID: 1099 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE33 -->Data type : 1 -->Container ID : 1099 -->Target ID : 1099 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE33 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE33 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE32 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1098 Assigned targetID: 1098 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE32 -->Data type : 1 -->Container ID : 1098 -->Target ID : 1098 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE32 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE32 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE31 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1097 Assigned targetID: 1097 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE31 -->Data type : 1 -->Container ID : 1097 -->Target ID : 1097 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE31 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE31 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE30 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1096 Assigned targetID: 1096 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE30 -->Data type : 1 -->Container ID : 1096 -->Target ID : 1096 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE30 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE30 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE29 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1095 Assigned targetID: 1095 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE29 -->Data type : 1 -->Container ID : 1095 -->Target ID : 1095 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE29 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE29 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE28 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1094 Assigned targetID: 1094 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE28 -->Data type : 1 -->Container ID : 1094 -->Target ID : 1094 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE28 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE28 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE27 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1093 Assigned targetID: 1093 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE27 -->Data type : 1 -->Container ID : 1093 -->Target ID : 1093 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE27 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE27 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE26 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1092 Assigned targetID: 1092 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE26 -->Data type : 1 -->Container ID : 1092 -->Target ID : 1092 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE26 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE26 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE25 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1091 Assigned targetID: 1091 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE25 -->Data type : 1 -->Container ID : 1091 -->Target ID : 1091 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE25 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE25 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE24 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1090 Assigned targetID: 1090 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE24 -->Data type : 1 -->Container ID : 1090 -->Target ID : 1090 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE24 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE24 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE23 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1089 Assigned targetID: 1089 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE23 -->Data type : 1 -->Container ID : 1089 -->Target ID : 1089 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE23 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE23 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE22 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1088 Assigned targetID: 1088 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE22 -->Data type : 1 -->Container ID : 1088 -->Target ID : 1088 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE22 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE22 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE21 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1087 Assigned targetID: 1087 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE21 -->Data type : 1 -->Container ID : 1087 -->Target ID : 1087 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE21 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE21 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE20 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1086 Assigned targetID: 1086 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE20 -->Data type : 1 -->Container ID : 1086 -->Target ID : 1086 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE20 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE20 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE19 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1085 Assigned targetID: 1085 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE19 -->Data type : 1 -->Container ID : 1085 -->Target ID : 1085 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE19 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE19 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE18 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1084 Assigned targetID: 1084 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE18 -->Data type : 1 -->Container ID : 1084 -->Target ID : 1084 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE18 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE18 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE17 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1083 Assigned targetID: 1083 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE17 -->Data type : 1 -->Container ID : 1083 -->Target ID : 1083 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE17 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE17 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE16 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1082 Assigned targetID: 1082 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE16 -->Data type : 1 -->Container ID : 1082 -->Target ID : 1082 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE16 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE16 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE15 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1081 Assigned targetID: 1081 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE15 -->Data type : 1 -->Container ID : 1081 -->Target ID : 1081 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE15 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE15 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE14 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1080 Assigned targetID: 1080 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE14 -->Data type : 1 -->Container ID : 1080 -->Target ID : 1080 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE14 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE14 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE13 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1079 Assigned targetID: 1079 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE13 -->Data type : 1 -->Container ID : 1079 -->Target ID : 1079 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE13 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE13 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE12 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1078 Assigned targetID: 1078 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE12 -->Data type : 1 -->Container ID : 1078 -->Target ID : 1078 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE12 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE12 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE11 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1077 Assigned targetID: 1077 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE11 -->Data type : 1 -->Container ID : 1077 -->Target ID : 1077 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE11 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE11 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE10 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1076 Assigned targetID: 1076 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE10 -->Data type : 1 -->Container ID : 1076 -->Target ID : 1076 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE10 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE10 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE09 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1075 Assigned targetID: 1075 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE09 -->Data type : 1 -->Container ID : 1075 -->Target ID : 1075 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE09 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE09 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE08 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1074 Assigned targetID: 1074 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE08 -->Data type : 1 -->Container ID : 1074 -->Target ID : 1074 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE08 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE08 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE07 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1073 Assigned targetID: 1073 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE07 -->Data type : 1 -->Container ID : 1073 -->Target ID : 1073 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE07 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE07 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE06 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1072 Assigned targetID: 1072 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE06 -->Data type : 1 -->Container ID : 1072 -->Target ID : 1072 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE06 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE06 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE05 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1071 Assigned targetID: 1071 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE05 -->Data type : 1 -->Container ID : 1071 -->Target ID : 1071 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE05 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE05 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE04 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1070 Assigned targetID: 1070 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE04 -->Data type : 1 -->Container ID : 1070 -->Target ID : 1070 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE04 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE04 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE03 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1069 Assigned targetID: 1069 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE03 -->Data type : 1 -->Container ID : 1069 -->Target ID : 1069 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE03 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE03 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE02 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1068 Assigned targetID: 1068 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE02 -->Data type : 1 -->Container ID : 1068 -->Target ID : 1068 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE02 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE02 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE01 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1067 Assigned targetID: 1067 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE01 -->Data type : 1 -->Container ID : 1067 -->Target ID : 1067 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE01 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE01 ------------------------------------------------------------------------------- Register_Base: Checking LANDTYPE00 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1066 Assigned targetID: 1066 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LANDTYPE00 -->Data type : 1 -->Container ID : 1066 -->Target ID : 1066 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE00 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LANDTYPE00 ------------------------------------------------------------------------------- Register_Base: Checking NOAA_GMD_CH4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1065 Assigned targetID: 1065 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container NOAA_GMD_CH4 -->Data type : 1 -->Container ID : 1065 -->Target ID : 1065 -->File data home? -999 -->Source file : $ROOT/NOAA_GMD/v2018-01/monthly.gridded.surface.methane.1979-2020.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: SFC_CH4 -->Year range : 1979 2020 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: NOAA_GMD_CH4 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_VRP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_VRP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_VRO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_VRO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1060 Assigned targetID: 1060 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RP -->Data type : 1 -->Container ID : 1060 -->Target ID : 1060 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RP -->HEMCO species ID: 189 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RP ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1059 Assigned targetID: 1059 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RP -->Data type : 1 -->Container ID : 1059 -->Target ID : 1059 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RP -->HEMCO species ID: 189 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_ROH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_ROH ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RIPD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1056 Assigned targetID: 1056 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RIPD -->Data type : 1 -->Container ID : 1056 -->Target ID : 1056 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPD.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPD -->HEMCO species ID: 188 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RIPD ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RIPD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1055 Assigned targetID: 1055 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RIPD -->Data type : 1 -->Container ID : 1055 -->Target ID : 1055 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPD.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPD -->HEMCO species ID: 188 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RIPD ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RIPB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1054 Assigned targetID: 1054 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RIPB -->Data type : 1 -->Container ID : 1054 -->Target ID : 1054 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPB.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPB -->HEMCO species ID: 186 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RIPB ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RIPB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1053 Assigned targetID: 1053 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RIPB -->Data type : 1 -->Container ID : 1053 -->Target ID : 1053 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPB.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPB -->HEMCO species ID: 186 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RIPB ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RIPA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1052 Assigned targetID: 1052 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RIPA -->Data type : 1 -->Container ID : 1052 -->Target ID : 1052 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPA -->HEMCO species ID: 185 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RIPA ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RIPA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1051 Assigned targetID: 1051 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RIPA -->Data type : 1 -->Container ID : 1051 -->Target ID : 1051 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPA -->HEMCO species ID: 185 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RIPA ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_RIO1 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_RIO1 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_RCOOH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_RCOOH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_RCO3 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_RCO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RCHO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1044 Assigned targetID: 1044 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RCHO -->Data type : 1 -->Container ID : 1044 -->Target ID : 1044 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RCHO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RCHO -->HEMCO species ID: 184 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RCHO ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RCHO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1043 Assigned targetID: 1043 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RCHO -->Data type : 1 -->Container ID : 1043 -->Target ID : 1043 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RCHO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RCHO -->HEMCO species ID: 184 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RCHO ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RB3P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1042 Assigned targetID: 1042 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RB3P -->Data type : 1 -->Container ID : 1042 -->Target ID : 1042 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RB3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RB3P -->HEMCO species ID: 183 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RB3P ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RB3P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1041 Assigned targetID: 1041 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RB3P -->Data type : 1 -->Container ID : 1041 -->Target ID : 1041 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RB3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RB3P -->HEMCO species ID: 183 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RB3P ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_RA3P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1040 Assigned targetID: 1040 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_RA3P -->Data type : 1 -->Container ID : 1040 -->Target ID : 1040 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RA3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RA3P -->HEMCO species ID: 182 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_RA3P ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_RA3P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1039 Assigned targetID: 1039 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_RA3P -->Data type : 1 -->Container ID : 1039 -->Target ID : 1039 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RA3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RA3P -->HEMCO species ID: 182 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_RA3P ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_R4P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1038 Assigned targetID: 1038 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_R4P -->Data type : 1 -->Container ID : 1038 -->Target ID : 1038 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4P -->HEMCO species ID: 181 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_R4P ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_R4P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1037 Assigned targetID: 1037 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_R4P -->Data type : 1 -->Container ID : 1037 -->Target ID : 1037 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4P -->HEMCO species ID: 181 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_R4P ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_R4O2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_R4O2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_R4N2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1034 Assigned targetID: 1034 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_R4N2 -->Data type : 1 -->Container ID : 1034 -->Target ID : 1034 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4N2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4N2 -->HEMCO species ID: 180 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_R4N2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_R4N2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1033 Assigned targetID: 1033 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_R4N2 -->Data type : 1 -->Container ID : 1033 -->Target ID : 1033 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4N2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4N2 -->HEMCO species ID: 180 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_R4N2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_R4N1 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_R4N1 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_PRPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1030 Assigned targetID: 1030 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_PRPN -->Data type : 1 -->Container ID : 1030 -->Target ID : 1030 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPN -->HEMCO species ID: 178 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_PRPN ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_PRPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1029 Assigned targetID: 1029 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_PRPN -->Data type : 1 -->Container ID : 1029 -->Target ID : 1029 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPN -->HEMCO species ID: 178 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_PRPN ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_PRPE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1028 Assigned targetID: 1028 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_PRPE -->Data type : 1 -->Container ID : 1028 -->Target ID : 1028 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPE.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_PRPE ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_PRPE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1027 Assigned targetID: 1027 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_PRPE -->Data type : 1 -->Container ID : 1027 -->Target ID : 1027 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPE.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_PRPE ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_PRN1 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_PRN1 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_PPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1024 Assigned targetID: 1024 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_PPN -->Data type : 1 -->Container ID : 1024 -->Target ID : 1024 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PPN -->HEMCO species ID: 175 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_PPN ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_PPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1023 Assigned targetID: 1023 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_PPN -->Data type : 1 -->Container ID : 1023 -->Target ID : 1023 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PPN -->HEMCO species ID: 175 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_PPN ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_PP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1022 Assigned targetID: 1022 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_PP -->Data type : 1 -->Container ID : 1022 -->Target ID : 1022 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PP -->HEMCO species ID: 174 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_PP ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_PP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1021 Assigned targetID: 1021 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_PP -->Data type : 1 -->Container ID : 1021 -->Target ID : 1021 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PP -->HEMCO species ID: 174 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_PP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_PO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_PO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_IPMN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_IPMN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_NPMN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_NPMN ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_PAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1014 Assigned targetID: 1014 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_PAN -->Data type : 1 -->Container ID : 1014 -->Target ID : 1014 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PAN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PAN -->HEMCO species ID: 171 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_PAN ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_PAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1013 Assigned targetID: 1013 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_PAN -->Data type : 1 -->Container ID : 1013 -->Target ID : 1013 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PAN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PAN -->HEMCO species ID: 171 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_PAN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_Ox ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_Ox ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_OH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_OH ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_OClO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1008 Assigned targetID: 1008 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_OClO -->Data type : 1 -->Container ID : 1008 -->Target ID : 1008 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.OClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : OClO -->HEMCO species ID: 166 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_OClO ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_OClO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1007 Assigned targetID: 1007 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_OClO -->Data type : 1 -->Container ID : 1007 -->Target ID : 1007 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.OClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : OClO -->HEMCO species ID: 166 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_OClO ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_O3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1006 Assigned targetID: 1006 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_O3 -->Data type : 1 -->Container ID : 1006 -->Target ID : 1006 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.O3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : O3 -->HEMCO species ID: 165 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_O3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_O3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1005 Assigned targetID: 1005 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_O3 -->Data type : 1 -->Container ID : 1005 -->Target ID : 1005 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.O3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : O3 -->HEMCO species ID: 165 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_O3 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_O1D ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_O1D ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_O ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_O ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_NOx ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_NOx ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_NO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 998 Assigned targetID: 998 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_NO3 -->Data type : 1 -->Container ID : 998 -->Target ID : 998 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO3 -->HEMCO species ID: 163 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_NO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_NO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 997 Assigned targetID: 997 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_NO3 -->Data type : 1 -->Container ID : 997 -->Target ID : 997 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO3 -->HEMCO species ID: 163 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_NO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_NO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 996 Assigned targetID: 996 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_NO2 -->Data type : 1 -->Container ID : 996 -->Target ID : 996 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO2 -->HEMCO species ID: 162 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_NO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_NO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 995 Assigned targetID: 995 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_NO2 -->Data type : 1 -->Container ID : 995 -->Target ID : 995 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO2 -->HEMCO species ID: 162 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_NO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_NO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 994 Assigned targetID: 994 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_NO -->Data type : 1 -->Container ID : 994 -->Target ID : 994 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_NO ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_NO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 993 Assigned targetID: 993 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_NO -->Data type : 1 -->Container ID : 993 -->Target ID : 993 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_NO ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_N2O5 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 992 Assigned targetID: 992 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_N2O5 -->Data type : 1 -->Container ID : 992 -->Target ID : 992 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O5.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O5 -->HEMCO species ID: 156 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_N2O5 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_N2O5 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 991 Assigned targetID: 991 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_N2O5 -->Data type : 1 -->Container ID : 991 -->Target ID : 991 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O5.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O5 -->HEMCO species ID: 156 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_N2O5 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_N2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 990 Assigned targetID: 990 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_N2O -->Data type : 1 -->Container ID : 990 -->Target ID : 990 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O -->HEMCO species ID: 155 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_N2O ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_N2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 989 Assigned targetID: 989 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_N2O -->Data type : 1 -->Container ID : 989 -->Target ID : 989 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O -->HEMCO species ID: 155 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_N2O ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_N ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_N ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MVN2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MVN2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MVK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 984 Assigned targetID: 984 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MVK -->Data type : 1 -->Container ID : 984 -->Target ID : 984 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MVK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MVK -->HEMCO species ID: 148 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MVK ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MVK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 983 Assigned targetID: 983 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MVK -->Data type : 1 -->Container ID : 983 -->Target ID : 983 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MVK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MVK -->HEMCO species ID: 148 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MVK ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MRP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MRP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MRO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MRO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 978 Assigned targetID: 978 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MP -->Data type : 1 -->Container ID : 978 -->Target ID : 978 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MP -->HEMCO species ID: 142 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MP ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 977 Assigned targetID: 977 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MP -->Data type : 1 -->Container ID : 977 -->Target ID : 977 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MP -->HEMCO species ID: 142 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MP ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 976 Assigned targetID: 976 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MOH -->Data type : 1 -->Container ID : 976 -->Target ID : 976 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MOH ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 975 Assigned targetID: 975 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MOH -->Data type : 1 -->Container ID : 975 -->Target ID : 975 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MOH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MGLY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 972 Assigned targetID: 972 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MGLY -->Data type : 1 -->Container ID : 972 -->Target ID : 972 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MGLY -->HEMCO species ID: 137 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MGLY ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MGLY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 971 Assigned targetID: 971 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MGLY -->Data type : 1 -->Container ID : 971 -->Target ID : 971 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MGLY -->HEMCO species ID: 137 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MGLY ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MEK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 970 Assigned targetID: 970 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MEK -->Data type : 1 -->Container ID : 970 -->Target ID : 970 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MEK ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MEK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 969 Assigned targetID: 969 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MEK -->Data type : 1 -->Container ID : 969 -->Target ID : 969 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MEK ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MCO3 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MCO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 966 Assigned targetID: 966 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MAP -->Data type : 1 -->Container ID : 966 -->Target ID : 966 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MAP -->HEMCO species ID: 129 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MAP ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 965 Assigned targetID: 965 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MAP -->Data type : 1 -->Container ID : 965 -->Target ID : 965 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MAP -->HEMCO species ID: 129 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MAP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MAOP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MAOP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MAO3 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MAO3 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_MAN2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_MAN2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_MACR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 958 Assigned targetID: 958 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_MACR -->Data type : 1 -->Container ID : 958 -->Target ID : 958 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_MACR ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_MACR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 957 Assigned targetID: 957 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_MACR -->Data type : 1 -->Container ID : 957 -->Target ID : 957 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_MACR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_KO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_KO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ISOP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 954 Assigned targetID: 954 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ISOP -->Data type : 1 -->Container ID : 954 -->Target ID : 954 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ISOP ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ISOP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 953 Assigned targetID: 953 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ISOP -->Data type : 1 -->Container ID : 953 -->Target ID : 953 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ISOP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_ISNP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_ISNP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_ISN1 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_ISN1 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_INPN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_INPN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_INO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_INO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_IAP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_IAP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_IAO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_IAO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_IALD ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_IALD ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HOCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 938 Assigned targetID: 938 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HOCl -->Data type : 1 -->Container ID : 938 -->Target ID : 938 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HOCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HOCl -->HEMCO species ID: 80 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HOCl ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HOCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 937 Assigned targetID: 937 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HOCl -->Data type : 1 -->Container ID : 937 -->Target ID : 937 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HOCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HOCl -->HEMCO species ID: 80 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HOCl ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_HO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_HO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HNO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 934 Assigned targetID: 934 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HNO4 -->Data type : 1 -->Container ID : 934 -->Target ID : 934 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO4 -->HEMCO species ID: 78 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HNO4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HNO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 933 Assigned targetID: 933 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HNO4 -->Data type : 1 -->Container ID : 933 -->Target ID : 933 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO4 -->HEMCO species ID: 78 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HNO4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 932 Assigned targetID: 932 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HNO3 -->Data type : 1 -->Container ID : 932 -->Target ID : 932 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO3 -->HEMCO species ID: 77 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HNO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 931 Assigned targetID: 931 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HNO3 -->Data type : 1 -->Container ID : 931 -->Target ID : 931 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO3 -->HEMCO species ID: 77 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HNO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HNO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 930 Assigned targetID: 930 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HNO2 -->Data type : 1 -->Container ID : 930 -->Target ID : 930 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO2 -->HEMCO species ID: 76 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HNO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HNO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 929 Assigned targetID: 929 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HNO2 -->Data type : 1 -->Container ID : 929 -->Target ID : 929 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO2 -->HEMCO species ID: 76 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HNO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 928 Assigned targetID: 928 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HCl -->Data type : 1 -->Container ID : 928 -->Target ID : 928 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCl -->HEMCO species ID: 71 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HCl ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 927 Assigned targetID: 927 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HCl -->Data type : 1 -->Container ID : 927 -->Target ID : 927 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCl -->HEMCO species ID: 71 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HCl ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HCOOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 926 Assigned targetID: 926 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HCOOH -->Data type : 1 -->Container ID : 926 -->Target ID : 926 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCOOH.geos5.2x25.20170108.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HCOOH ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HCOOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 925 Assigned targetID: 925 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HCOOH -->Data type : 1 -->Container ID : 925 -->Target ID : 925 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCOOH.geos5.2x25.20170108.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HCOOH ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HCFC22 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 924 Assigned targetID: 924 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HCFC22 -->Data type : 1 -->Container ID : 924 -->Target ID : 924 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC22.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC22 -->HEMCO species ID: 70 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HCFC22 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HCFC22 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 923 Assigned targetID: 923 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HCFC22 -->Data type : 1 -->Container ID : 923 -->Target ID : 923 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC22.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC22 -->HEMCO species ID: 70 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HCFC22 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HCFC142b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 922 Assigned targetID: 922 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HCFC142b -->Data type : 1 -->Container ID : 922 -->Target ID : 922 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC142b -->HEMCO species ID: 69 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HCFC142b ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HCFC142b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 921 Assigned targetID: 921 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HCFC142b -->Data type : 1 -->Container ID : 921 -->Target ID : 921 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC142b -->HEMCO species ID: 69 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HCFC142b ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HCFC141b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 920 Assigned targetID: 920 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HCFC141b -->Data type : 1 -->Container ID : 920 -->Target ID : 920 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC141b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC141b -->HEMCO species ID: 68 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HCFC141b ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HCFC141b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 919 Assigned targetID: 919 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HCFC141b -->Data type : 1 -->Container ID : 919 -->Target ID : 919 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC141b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC141b -->HEMCO species ID: 68 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HCFC141b ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_HAC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 918 Assigned targetID: 918 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_HAC -->Data type : 1 -->Container ID : 918 -->Target ID : 918 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HAC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HAC -->HEMCO species ID: 64 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_HAC ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_HAC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 917 Assigned targetID: 917 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_HAC -->Data type : 1 -->Container ID : 917 -->Target ID : 917 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HAC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HAC -->HEMCO species ID: 64 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_HAC ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_H2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 916 Assigned targetID: 916 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_H2O2 -->Data type : 1 -->Container ID : 916 -->Target ID : 916 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O2 -->HEMCO species ID: 63 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_H2O2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_H2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 915 Assigned targetID: 915 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_H2O2 -->Data type : 1 -->Container ID : 915 -->Target ID : 915 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O2 -->HEMCO species ID: 63 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_H2O2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_H2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 914 Assigned targetID: 914 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_H2O -->Data type : 1 -->Container ID : 914 -->Target ID : 914 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O -->HEMCO species ID: 62 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_H2O ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_H2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 913 Assigned targetID: 913 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_H2O -->Data type : 1 -->Container ID : 913 -->Target ID : 913 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O -->HEMCO species ID: 62 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_H2O ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_H2402 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 912 Assigned targetID: 912 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_H2402 -->Data type : 1 -->Container ID : 912 -->Target ID : 912 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2402 -->HEMCO species ID: 61 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_H2402 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_H2402 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 911 Assigned targetID: 911 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_H2402 -->Data type : 1 -->Container ID : 911 -->Target ID : 911 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2402 -->HEMCO species ID: 61 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_H2402 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_H2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_H2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_H ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_H ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_GPAN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_GPAN ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_GP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_GP ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_GLYX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 902 Assigned targetID: 902 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_GLYX -->Data type : 1 -->Container ID : 902 -->Target ID : 902 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYX -->HEMCO species ID: 58 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_GLYX ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_GLYX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 901 Assigned targetID: 901 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_GLYX -->Data type : 1 -->Container ID : 901 -->Target ID : 901 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYX -->HEMCO species ID: 58 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_GLYX ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_GLYC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 900 Assigned targetID: 900 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_GLYC -->Data type : 1 -->Container ID : 900 -->Target ID : 900 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYC -->HEMCO species ID: 57 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_GLYC ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_GLYC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 899 Assigned targetID: 899 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_GLYC -->Data type : 1 -->Container ID : 899 -->Target ID : 899 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYC -->HEMCO species ID: 57 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_GLYC ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_GCO3 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_GCO3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ETP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 896 Assigned targetID: 896 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ETP -->Data type : 1 -->Container ID : 896 -->Target ID : 896 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ETP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ETP -->HEMCO species ID: 56 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ETP ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ETP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 895 Assigned targetID: 895 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ETP -->Data type : 1 -->Container ID : 895 -->Target ID : 895 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ETP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ETP -->HEMCO species ID: 56 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ETP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_ETO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_ETO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_EOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 892 Assigned targetID: 892 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_EOH -->Data type : 1 -->Container ID : 892 -->Target ID : 892 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.EOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_EOH ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_EOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 891 Assigned targetID: 891 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_EOH -->Data type : 1 -->Container ID : 891 -->Target ID : 891 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.EOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_EOH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_ClONO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_ClONO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ClO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 888 Assigned targetID: 888 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ClO -->Data type : 1 -->Container ID : 888 -->Target ID : 888 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ClO -->HEMCO species ID: 44 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ClO ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ClO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 887 Assigned targetID: 887 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ClO -->Data type : 1 -->Container ID : 887 -->Target ID : 887 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ClO -->HEMCO species ID: 44 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ClO ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_Cl2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 886 Assigned targetID: 886 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_Cl2O2 -->Data type : 1 -->Container ID : 886 -->Target ID : 886 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2O2 -->HEMCO species ID: 41 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_Cl2O2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_Cl2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 885 Assigned targetID: 885 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_Cl2O2 -->Data type : 1 -->Container ID : 885 -->Target ID : 885 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2O2 -->HEMCO species ID: 41 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_Cl2O2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_Cl2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 884 Assigned targetID: 884 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_Cl2 -->Data type : 1 -->Container ID : 884 -->Target ID : 884 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2 -->HEMCO species ID: 40 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_Cl2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_Cl2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 883 Assigned targetID: 883 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_Cl2 -->Data type : 1 -->Container ID : 883 -->Target ID : 883 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2 -->HEMCO species ID: 40 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_Cl2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 882 Assigned targetID: 882 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_Cl -->Data type : 1 -->Container ID : 882 -->Target ID : 882 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl -->HEMCO species ID: 39 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_Cl ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 881 Assigned targetID: 881 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_Cl -->Data type : 1 -->Container ID : 881 -->Target ID : 881 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl -->HEMCO species ID: 39 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_Cl ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 880 Assigned targetID: 880 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CO -->Data type : 1 -->Container ID : 880 -->Target ID : 880 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CO ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 879 Assigned targetID: 879 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CO -->Data type : 1 -->Container ID : 879 -->Target ID : 879 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CO ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CH4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 878 Assigned targetID: 878 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CH4 -->Data type : 1 -->Container ID : 878 -->Target ID : 878 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH4 -->HEMCO species ID: 36 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CH4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CH4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 877 Assigned targetID: 877 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CH4 -->Data type : 1 -->Container ID : 877 -->Target ID : 877 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH4 -->HEMCO species ID: 36 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CH4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CH3Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 876 Assigned targetID: 876 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CH3Cl -->Data type : 1 -->Container ID : 876 -->Target ID : 876 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3Cl -->HEMCO species ID: 34 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CH3Cl ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CH3Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 875 Assigned targetID: 875 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CH3Cl -->Data type : 1 -->Container ID : 875 -->Target ID : 875 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3Cl -->HEMCO species ID: 34 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CH3Cl ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CH3CCl3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 874 Assigned targetID: 874 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CH3CCl3 -->Data type : 1 -->Container ID : 874 -->Target ID : 874 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3CCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3CCl3 -->HEMCO species ID: 33 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CH3CCl3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CH3CCl3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 873 Assigned targetID: 873 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CH3CCl3 -->Data type : 1 -->Container ID : 873 -->Target ID : 873 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3CCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3CCl3 -->HEMCO species ID: 33 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CH3CCl3 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CH2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 872 Assigned targetID: 872 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CH2O -->Data type : 1 -->Container ID : 872 -->Target ID : 872 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CH2O ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CH2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 871 Assigned targetID: 871 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CH2O -->Data type : 1 -->Container ID : 871 -->Target ID : 871 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CH2O ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CFC11 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 870 Assigned targetID: 870 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CFC11 -->Data type : 1 -->Container ID : 870 -->Target ID : 870 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC11 -->HEMCO species ID: 21 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CFC11 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CFC11 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 869 Assigned targetID: 869 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CFC11 -->Data type : 1 -->Container ID : 869 -->Target ID : 869 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC11 -->HEMCO species ID: 21 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CFC11 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CFC115 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 868 Assigned targetID: 868 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CFC115 -->Data type : 1 -->Container ID : 868 -->Target ID : 868 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC115.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC115 -->HEMCO species ID: 24 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CFC115 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CFC115 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 867 Assigned targetID: 867 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CFC115 -->Data type : 1 -->Container ID : 867 -->Target ID : 867 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC115.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC115 -->HEMCO species ID: 24 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CFC115 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CFC114 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 866 Assigned targetID: 866 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CFC114 -->Data type : 1 -->Container ID : 866 -->Target ID : 866 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC114.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC114 -->HEMCO species ID: 23 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CFC114 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CFC114 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 865 Assigned targetID: 865 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CFC114 -->Data type : 1 -->Container ID : 865 -->Target ID : 865 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC114.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC114 -->HEMCO species ID: 23 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CFC114 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CFC113 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 864 Assigned targetID: 864 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CFC113 -->Data type : 1 -->Container ID : 864 -->Target ID : 864 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC113.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC113 -->HEMCO species ID: 22 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CFC113 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CFC113 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 863 Assigned targetID: 863 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CFC113 -->Data type : 1 -->Container ID : 863 -->Target ID : 863 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC113.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC113 -->HEMCO species ID: 22 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CFC113 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_H1211 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 862 Assigned targetID: 862 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_H1211 -->Data type : 1 -->Container ID : 862 -->Target ID : 862 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2ClBr.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H1211 -->HEMCO species ID: 59 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_H1211 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_H1211 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 861 Assigned targetID: 861 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_H1211 -->Data type : 1 -->Container ID : 861 -->Target ID : 861 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2ClBr.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H1211 -->HEMCO species ID: 59 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_H1211 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CFC12 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 860 Assigned targetID: 860 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CFC12 -->Data type : 1 -->Container ID : 860 -->Target ID : 860 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC12 -->HEMCO species ID: 25 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CFC12 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CFC12 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 859 Assigned targetID: 859 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CFC12 -->Data type : 1 -->Container ID : 859 -->Target ID : 859 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC12 -->HEMCO species ID: 25 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CFC12 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_CCl4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 858 Assigned targetID: 858 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_CCl4 -->Data type : 1 -->Container ID : 858 -->Target ID : 858 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CCl4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CCl4 -->HEMCO species ID: 20 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_CCl4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_CCl4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 857 Assigned targetID: 857 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_CCl4 -->Data type : 1 -->Container ID : 857 -->Target ID : 857 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CCl4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CCl4 -->HEMCO species ID: 20 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_CCl4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_C3H8 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 856 Assigned targetID: 856 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_C3H8 -->Data type : 1 -->Container ID : 856 -->Target ID : 856 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C3H8.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_C3H8 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_C3H8 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 855 Assigned targetID: 855 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_C3H8 -->Data type : 1 -->Container ID : 855 -->Target ID : 855 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C3H8.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_C3H8 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_C2H6 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 854 Assigned targetID: 854 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_C2H6 -->Data type : 1 -->Container ID : 854 -->Target ID : 854 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C2H6.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_C2H6 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_C2H6 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 853 Assigned targetID: 853 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_C2H6 -->Data type : 1 -->Container ID : 853 -->Target ID : 853 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C2H6.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_C2H6 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_B3O2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_B3O2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_ATO2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_ATO2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ALK4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 848 Assigned targetID: 848 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ALK4 -->Data type : 1 -->Container ID : 848 -->Target ID : 848 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALK4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ALK4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ALK4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 847 Assigned targetID: 847 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ALK4 -->Data type : 1 -->Container ID : 847 -->Target ID : 847 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALK4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ALK4 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ALD2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 846 Assigned targetID: 846 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ALD2 -->Data type : 1 -->Container ID : 846 -->Target ID : 846 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALD2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ALD2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ALD2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 845 Assigned targetID: 845 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ALD2 -->Data type : 1 -->Container ID : 845 -->Target ID : 845 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALD2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ALD2 ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ACTA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 844 Assigned targetID: 844 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ACTA -->Data type : 1 -->Container ID : 844 -->Target ID : 844 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACTA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACTA -->HEMCO species ID: 2 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ACTA ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ACTA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 843 Assigned targetID: 843 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ACTA -->Data type : 1 -->Container ID : 843 -->Target ID : 843 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACTA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACTA -->HEMCO species ID: 2 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ACTA ------------------------------------------------------------------------------- Register_Base: Checking GMI_PROD_ACET HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 842 Assigned targetID: 842 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_PROD_ACET -->Data type : 1 -->Container ID : 842 -->Target ID : 842 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACET.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_PROD_ACET ------------------------------------------------------------------------------- Register_Base: Checking GMI_LOSS_ACET HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 841 Assigned targetID: 841 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GMI_LOSS_ACET -->Data type : 1 -->Container ID : 841 -->Target ID : 841 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACET.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GMI_LOSS_ACET ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_PROD_A3O2 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field GMI_LOSS_A3O2 ------------------------------------------------------------------------------- Register_Base: Checking STRAT_OH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 838 Assigned targetID: 838 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container STRAT_OH -->Data type : 1 -->Container ID : 838 -->Target ID : 838 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.OH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: species -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: STRAT_OH ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_HOBr_NIGHT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 837 Assigned targetID: 837 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_HOBr_NIGHT -->Data type : 1 -->Container ID : 837 -->Target ID : 837 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: HOBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_HOBr_NIGHT ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_HBr_NIGHT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 836 Assigned targetID: 836 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_HBr_NIGHT -->Data type : 1 -->Container ID : 836 -->Target ID : 836 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: HBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_HBr_NIGHT ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_BrNO3_NIGHT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 835 Assigned targetID: 835 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_BrNO3_NIGHT -->Data type : 1 -->Container ID : 835 -->Target ID : 835 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRONO2 -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_BrNO3_NIGHT ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_BrO_NIGHT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 834 Assigned targetID: 834 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_BrO_NIGHT -->Data type : 1 -->Container ID : 834 -->Target ID : 834 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRO -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_BrO_NIGHT ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_Br2_NIGHT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 833 Assigned targetID: 833 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_Br2_NIGHT -->Data type : 1 -->Container ID : 833 -->Target ID : 833 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRCL -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_Br2_NIGHT ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_Br_NIGHT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 832 Assigned targetID: 832 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_Br_NIGHT -->Data type : 1 -->Container ID : 832 -->Target ID : 832 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_Br_NIGHT ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_HOBr_DAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 831 Assigned targetID: 831 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_HOBr_DAY -->Data type : 1 -->Container ID : 831 -->Target ID : 831 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: HOBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_HOBr_DAY ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_HBr_DAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 830 Assigned targetID: 830 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_HBr_DAY -->Data type : 1 -->Container ID : 830 -->Target ID : 830 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: HBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_HBr_DAY ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_BrNO3_DAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 829 Assigned targetID: 829 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_BrNO3_DAY -->Data type : 1 -->Container ID : 829 -->Target ID : 829 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRONO2 -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_BrNO3_DAY ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_BrO_DAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 828 Assigned targetID: 828 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_BrO_DAY -->Data type : 1 -->Container ID : 828 -->Target ID : 828 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRO -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_BrO_DAY ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_Br2_DAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 827 Assigned targetID: 827 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_Br2_DAY -->Data type : 1 -->Container ID : 827 -->Target ID : 827 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRCL -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_Br2_DAY ------------------------------------------------------------------------------- Register_Base: Checking GEOSCCM_Br_DAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 826 Assigned targetID: 826 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEOSCCM_Br_DAY -->Data type : 1 -->Container ID : 826 -->Target ID : 826 -->File data home? -999 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEOSCCM_Br_DAY ------------------------------------------------------------------------------- Register_Base: Checking UV_ALBEDO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 825 Assigned targetID: 825 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container UV_ALBEDO -->Data type : 1 -->Container ID : 825 -->Target ID : 825 -->File data home? -999 -->Source file : $ROOT/UVALBEDO/v2019-06/uvalbedo.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: UVALBD -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : percent -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: UV_ALBEDO ------------------------------------------------------------------------------- Register_Base: Checking STATE_PSC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 824 Assigned targetID: 824 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container STATE_PSC -->Data type : 1 -->Container ID : 824 -->Target ID : 824 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_StatePSC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : count -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: STATE_PSC ------------------------------------------------------------------------------- Register_Base: Checking H2O2_AFTERCHEM HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 823 Assigned targetID: 823 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container H2O2_AFTERCHEM -->Data type : 1 -->Container ID : 823 -->Target ID : 823 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_H2O2AfterChem -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: H2O2_AFTERCHEM ------------------------------------------------------------------------------- Register_Base: Checking SO2_AFTERCHEM HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 822 Assigned targetID: 822 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SO2_AFTERCHEM -->Data type : 1 -->Container ID : 822 -->Target ID : 822 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_SO2AfterChem -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SO2_AFTERCHEM ------------------------------------------------------------------------------- Register_Base: Checking DRYDEP_N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 821 Assigned targetID: 821 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DRYDEP_N -->Data type : 1 -->Container ID : 821 -->Target ID : 821 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_DryDepNitrogen -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: DRYDEP_N ------------------------------------------------------------------------------- Register_Base: Checking WETDEP_N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 820 Assigned targetID: 820 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container WETDEP_N -->Data type : 1 -->Container ID : 820 -->Target ID : 820 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_WetDepNitrogen -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: WETDEP_N ------------------------------------------------------------------------------- Register_Base: Checking KPP_HVALUE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 819 Assigned targetID: 819 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container KPP_HVALUE -->Data type : 1 -->Container ID : 819 -->Target ID : 819 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_KPPHvalue -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: KPP_HVALUE ------------------------------------------------------------------------------- Register_Base: Checking DELPDRY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 818 Assigned targetID: 818 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DELPDRY -->Data type : 1 -->Container ID : 818 -->Target ID : 818 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_DELPDRY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: DELPDRY ------------------------------------------------------------------------------- Register_Base: Checking PS1WET HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 817 Assigned targetID: 817 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PS1WET -->Data type : 1 -->Container ID : 817 -->Target ID : 817 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_PS1WET -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PS1WET ------------------------------------------------------------------------------- Register_Base: Checking PS1DRY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 816 Assigned targetID: 816 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PS1DRY -->Data type : 1 -->Container ID : 816 -->Target ID : 816 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_PS1DRY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PS1DRY ------------------------------------------------------------------------------- Register_Base: Checking SPHU1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 815 Assigned targetID: 815 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPHU1 -->Data type : 1 -->Container ID : 815 -->Target ID : 815 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_SPHU1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPHU1 ------------------------------------------------------------------------------- Register_Base: Checking TMPU1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 814 Assigned targetID: 814 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TMPU1 -->Data type : 1 -->Container ID : 814 -->Target ID : 814 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_TMPU1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TMPU1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_RCOOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 813 Assigned targetID: 813 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RCOOH -->Data type : 1 -->Container ID : 813 -->Target ID : 813 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RCOOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RCOOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 812 Assigned targetID: 812 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_O2 -->Data type : 1 -->Container ID : 812 -->Target ID : 812 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_N2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 811 Assigned targetID: 811 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_N2 -->Data type : 1 -->Container ID : 811 -->Target ID : 811 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_N2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_H2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 810 Assigned targetID: 810 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H2 -->Data type : 1 -->Container ID : 810 -->Target ID : 810 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 809 Assigned targetID: 809 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_O -->Data type : 1 -->Container ID : 809 -->Target ID : 809 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_O ------------------------------------------------------------------------------- Register_Base: Checking SPC_OH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 808 Assigned targetID: 808 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OH -->Data type : 1 -->Container ID : 808 -->Target ID : 808 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OH ------------------------------------------------------------------------------- Register_Base: Checking SPC_HO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 807 Assigned targetID: 807 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HO2 -->Data type : 1 -->Container ID : 807 -->Target ID : 807 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_O1D HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 806 Assigned targetID: 806 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_O1D -->Data type : 1 -->Container ID : 806 -->Target ID : 806 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O1D -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_O1D ------------------------------------------------------------------------------- Register_Base: Checking SPC_MO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 805 Assigned targetID: 805 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MO2 -->Data type : 1 -->Container ID : 805 -->Target ID : 805 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 804 Assigned targetID: 804 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCO3 -->Data type : 1 -->Container ID : 804 -->Target ID : 804 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2OO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 803 Assigned targetID: 803 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2OO -->Data type : 1 -->Container ID : 803 -->Target ID : 803 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2OO ------------------------------------------------------------------------------- Register_Base: Checking SPC_B3O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 802 Assigned targetID: 802 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_B3O2 -->Data type : 1 -->Container ID : 802 -->Target ID : 802 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_B3O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_B3O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_R4O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 801 Assigned targetID: 801 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_R4O2 -->Data type : 1 -->Container ID : 801 -->Target ID : 801 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_R4O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_OTHRO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 800 Assigned targetID: 800 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OTHRO2 -->Data type : 1 -->Container ID : 800 -->Target ID : 800 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OTHRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OTHRO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ATO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 799 Assigned targetID: 799 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ATO2 -->Data type : 1 -->Container ID : 799 -->Target ID : 799 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ATO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ATO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_MACRNO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 798 Assigned targetID: 798 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MACRNO2 -->Data type : 1 -->Container ID : 798 -->Target ID : 798 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACRNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MACRNO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHOO1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 797 Assigned targetID: 797 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHOO1 -->Data type : 1 -->Container ID : 797 -->Target ID : 797 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHOO1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHOO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 796 Assigned targetID: 796 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHOO4 -->Data type : 1 -->Container ID : 796 -->Target ID : 796 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHOO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHOO4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_INO2D HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 795 Assigned targetID: 795 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INO2D -->Data type : 1 -->Container ID : 795 -->Target ID : 795 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INO2D -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INO2D ------------------------------------------------------------------------------- Register_Base: Checking SPC_INO2B HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 794 Assigned targetID: 794 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INO2B -->Data type : 1 -->Container ID : 794 -->Target ID : 794 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INO2B -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INO2B ------------------------------------------------------------------------------- Register_Base: Checking SPC_A3O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 793 Assigned targetID: 793 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_A3O2 -->Data type : 1 -->Container ID : 793 -->Target ID : 793 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_A3O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_A3O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDHNBOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 792 Assigned targetID: 792 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDHNBOO -->Data type : 1 -->Container ID : 792 -->Target ID : 792 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHNBOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDHNBOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_PIO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 791 Assigned targetID: 791 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PIO2 -->Data type : 1 -->Container ID : 791 -->Target ID : 791 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PIO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PIO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH3CHOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 790 Assigned targetID: 790 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH3CHOO -->Data type : 1 -->Container ID : 790 -->Target ID : 790 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3CHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH3CHOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_IEPOXBOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 789 Assigned targetID: 789 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IEPOXBOO -->Data type : 1 -->Container ID : 789 -->Target ID : 789 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXBOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IEPOXBOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_IEPOXAOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 788 Assigned targetID: 788 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IEPOXAOO -->Data type : 1 -->Container ID : 788 -->Target ID : 788 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXAOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IEPOXAOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_KO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 787 Assigned targetID: 787 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_KO2 -->Data type : 1 -->Container ID : 787 -->Target ID : 787 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_KO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_KO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_LIMO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 786 Assigned targetID: 786 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LIMO2 -->Data type : 1 -->Container ID : 786 -->Target ID : 786 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LIMO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LIMO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_RCO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 785 Assigned targetID: 785 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RCO3 -->Data type : 1 -->Container ID : 785 -->Target ID : 785 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RCO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RCO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHPNBOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 784 Assigned targetID: 784 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHPNBOO -->Data type : 1 -->Container ID : 784 -->Target ID : 784 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPNBOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHPNBOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_ETO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 783 Assigned targetID: 783 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ETO2 -->Data type : 1 -->Container ID : 783 -->Target ID : 783 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ETO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_OLND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 782 Assigned targetID: 782 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OLND -->Data type : 1 -->Container ID : 782 -->Target ID : 782 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OLND -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OLND ------------------------------------------------------------------------------- Register_Base: Checking SPC_OLNN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 781 Assigned targetID: 781 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OLNN -->Data type : 1 -->Container ID : 781 -->Target ID : 781 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OLNN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OLNN ------------------------------------------------------------------------------- Register_Base: Checking SPC_PO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 780 Assigned targetID: 780 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PO2 -->Data type : 1 -->Container ID : 780 -->Target ID : 780 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_MACR1OO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 779 Assigned targetID: 779 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MACR1OO -->Data type : 1 -->Container ID : 779 -->Target ID : 779 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACR1OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MACR1OO ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCROHOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 778 Assigned targetID: 778 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCROHOO -->Data type : 1 -->Container ID : 778 -->Target ID : 778 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCROHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCROHOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKOHOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 777 Assigned targetID: 777 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKOHOO -->Data type : 1 -->Container ID : 777 -->Target ID : 777 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKOHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKOHOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_PRN1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 776 Assigned targetID: 776 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PRN1 -->Data type : 1 -->Container ID : 776 -->Target ID : 776 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PRN1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PRN1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_R4N1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 775 Assigned targetID: 775 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_R4N1 -->Data type : 1 -->Container ID : 775 -->Target ID : 775 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4N1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_R4N1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ICHOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 774 Assigned targetID: 774 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ICHOO -->Data type : 1 -->Container ID : 774 -->Target ID : 774 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ICHOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHPOO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 773 Assigned targetID: 773 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHPOO3 -->Data type : 1 -->Container ID : 773 -->Target ID : 773 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPOO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHPOO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHPNDOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 772 Assigned targetID: 772 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHPNDOO -->Data type : 1 -->Container ID : 772 -->Target ID : 772 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPNDOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHPNDOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHPOO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 771 Assigned targetID: 771 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHPOO2 -->Data type : 1 -->Container ID : 771 -->Target ID : 771 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPOO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHPOO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHPOO1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 770 Assigned targetID: 770 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHPOO1 -->Data type : 1 -->Container ID : 770 -->Target ID : 770 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHPOO1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_H HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 769 Assigned targetID: 769 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H -->Data type : 1 -->Container ID : 769 -->Target ID : 769 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H ------------------------------------------------------------------------------- Register_Base: Checking SPC_ISOPNOO1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 768 Assigned targetID: 768 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ISOPNOO1 -->Data type : 1 -->Container ID : 768 -->Target ID : 768 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISOPNOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ISOPNOO1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDHNDOO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 767 Assigned targetID: 767 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDHNDOO2 -->Data type : 1 -->Container ID : 767 -->Target ID : 767 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHNDOO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDHNDOO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDHNDOO1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 766 Assigned targetID: 766 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDHNDOO1 -->Data type : 1 -->Container ID : 766 -->Target ID : 766 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHNDOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDHNDOO1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ROH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 765 Assigned targetID: 765 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ROH -->Data type : 1 -->Container ID : 765 -->Target ID : 765 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ROH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ROH ------------------------------------------------------------------------------- Register_Base: Checking SPC_ISOPNOO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 764 Assigned targetID: 764 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ISOPNOO2 -->Data type : 1 -->Container ID : 764 -->Target ID : 764 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISOPNOO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ISOPNOO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ICNOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 763 Assigned targetID: 763 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ICNOO -->Data type : 1 -->Container ID : 763 -->Target ID : 763 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICNOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ICNOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDNOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 762 Assigned targetID: 762 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDNOO -->Data type : 1 -->Container ID : 762 -->Target ID : 762 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDNOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDNOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_C4HVP2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 761 Assigned targetID: 761 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_C4HVP2 -->Data type : 1 -->Container ID : 761 -->Target ID : 761 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C4HVP2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_C4HVP2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_C4HVP1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 760 Assigned targetID: 760 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_C4HVP1 -->Data type : 1 -->Container ID : 760 -->Target ID : 760 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C4HVP1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_C4HVP1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_INA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 759 Assigned targetID: 759 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INA -->Data type : 1 -->Container ID : 759 -->Target ID : 759 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INA ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPALD2OO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 758 Assigned targetID: 758 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPALD2OO -->Data type : 1 -->Container ID : 758 -->Target ID : 758 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD2OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPALD2OO ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPALD1OO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 757 Assigned targetID: 757 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPALD1OO -->Data type : 1 -->Container ID : 757 -->Target ID : 757 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD1OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPALD1OO ------------------------------------------------------------------------------- Register_Base: Checking SPC_XRO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 756 Assigned targetID: 756 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_XRO2 -->Data type : 1 -->Container ID : 756 -->Target ID : 756 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_XRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_XRO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 755 Assigned targetID: 755 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_N -->Data type : 1 -->Container ID : 755 -->Target ID : 755 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_N ------------------------------------------------------------------------------- Register_Base: Checking SPC_TRO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 754 Assigned targetID: 754 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_TRO2 -->Data type : 1 -->Container ID : 754 -->Target ID : 754 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_TRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_TRO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_BRO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 753 Assigned targetID: 753 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BRO2 -->Data type : 1 -->Container ID : 753 -->Target ID : 753 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BRO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_PH2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 752 Assigned targetID: 752 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PH2O2 -->Data type : 1 -->Container ID : 752 -->Target ID : 752 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PH2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PH2O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_LCH4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 751 Assigned targetID: 751 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LCH4 -->Data type : 1 -->Container ID : 751 -->Target ID : 751 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LCH4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LCH4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_PSO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 750 Assigned targetID: 750 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PSO4 -->Data type : 1 -->Container ID : 750 -->Target ID : 750 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PSO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PSO4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_LCO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 749 Assigned targetID: 749 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LCO -->Data type : 1 -->Container ID : 749 -->Target ID : 749 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LCO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LCO ------------------------------------------------------------------------------- Register_Base: Checking SPC_PCO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 748 Assigned targetID: 748 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PCO -->Data type : 1 -->Container ID : 748 -->Target ID : 748 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PCO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PCO ------------------------------------------------------------------------------- Register_Base: Checking SPC_LOx HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 747 Assigned targetID: 747 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LOx -->Data type : 1 -->Container ID : 747 -->Target ID : 747 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LOx -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LOx ------------------------------------------------------------------------------- Register_Base: Checking SPC_POx HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 746 Assigned targetID: 746 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_POx -->Data type : 1 -->Container ID : 746 -->Target ID : 746 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_POx -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_POx ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO4H4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 745 Assigned targetID: 745 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO4H4 -->Data type : 1 -->Container ID : 745 -->Target ID : 745 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO4H4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO4H3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 744 Assigned targetID: 744 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO4H3 -->Data type : 1 -->Container ID : 744 -->Target ID : 744 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO4H3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO4H2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 743 Assigned targetID: 743 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO4H2 -->Data type : 1 -->Container ID : 743 -->Target ID : 743 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO4H2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO4H1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 742 Assigned targetID: 742 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO4H1 -->Data type : 1 -->Container ID : 742 -->Target ID : 742 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO4H1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_LXRO2N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 741 Assigned targetID: 741 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LXRO2N -->Data type : 1 -->Container ID : 741 -->Target ID : 741 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LXRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LXRO2N ------------------------------------------------------------------------------- Register_Base: Checking SPC_LXRO2H HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 740 Assigned targetID: 740 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LXRO2H -->Data type : 1 -->Container ID : 740 -->Target ID : 740 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LXRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LXRO2H ------------------------------------------------------------------------------- Register_Base: Checking SPC_LTRO2N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 739 Assigned targetID: 739 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LTRO2N -->Data type : 1 -->Container ID : 739 -->Target ID : 739 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LTRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LTRO2N ------------------------------------------------------------------------------- Register_Base: Checking SPC_LTRO2H HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 738 Assigned targetID: 738 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LTRO2H -->Data type : 1 -->Container ID : 738 -->Target ID : 738 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LTRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LTRO2H ------------------------------------------------------------------------------- Register_Base: Checking SPC_NAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 737 Assigned targetID: 737 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NAP -->Data type : 1 -->Container ID : 737 -->Target ID : 737 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NAP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NAP ------------------------------------------------------------------------------- Register_Base: Checking SPC_NRO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 736 Assigned targetID: 736 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NRO2 -->Data type : 1 -->Container ID : 736 -->Target ID : 736 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NRO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_LNRO2N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 735 Assigned targetID: 735 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LNRO2N -->Data type : 1 -->Container ID : 735 -->Target ID : 735 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LNRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LNRO2N ------------------------------------------------------------------------------- Register_Base: Checking SPC_LNRO2H HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 734 Assigned targetID: 734 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LNRO2H -->Data type : 1 -->Container ID : 734 -->Target ID : 734 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LNRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LNRO2H ------------------------------------------------------------------------------- Register_Base: Checking SPC_LISOPNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 733 Assigned targetID: 733 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LISOPNO3 -->Data type : 1 -->Container ID : 733 -->Target ID : 733 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LISOPNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LISOPNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_LISOPOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 732 Assigned targetID: 732 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LISOPOH -->Data type : 1 -->Container ID : 732 -->Target ID : 732 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LISOPOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LISOPOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_LBRO2N HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 731 Assigned targetID: 731 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LBRO2N -->Data type : 1 -->Container ID : 731 -->Target ID : 731 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LBRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LBRO2N ------------------------------------------------------------------------------- Register_Base: Checking SPC_LBRO2H HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 730 Assigned targetID: 730 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LBRO2H -->Data type : 1 -->Container ID : 730 -->Target ID : 730 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LBRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LBRO2H ------------------------------------------------------------------------------- Register_Base: Checking SPC_CO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 729 Assigned targetID: 729 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CO2 -->Data type : 1 -->Container ID : 729 -->Target ID : 729 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_XYLE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 728 Assigned targetID: 728 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_XYLE -->Data type : 1 -->Container ID : 728 -->Target ID : 728 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_XYLE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_XYLE ------------------------------------------------------------------------------- Register_Base: Checking SPC_TOLU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 727 Assigned targetID: 727 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_TOLU -->Data type : 1 -->Container ID : 727 -->Target ID : 727 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_TOLU -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_TOLU ------------------------------------------------------------------------------- Register_Base: Checking SPC_SOAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 726 Assigned targetID: 726 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SOAS -->Data type : 1 -->Container ID : 726 -->Target ID : 726 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SOAS ------------------------------------------------------------------------------- Register_Base: Checking SPC_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 725 Assigned targetID: 725 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SOAP -->Data type : 1 -->Container ID : 725 -->Target ID : 725 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SOAP ------------------------------------------------------------------------------- Register_Base: Checking SPC_SOAIE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 724 Assigned targetID: 724 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SOAIE -->Data type : 1 -->Container ID : 724 -->Target ID : 724 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAIE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SOAIE ------------------------------------------------------------------------------- Register_Base: Checking SPC_SOAGX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 723 Assigned targetID: 723 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SOAGX -->Data type : 1 -->Container ID : 723 -->Target ID : 723 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAGX -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SOAGX ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO4s HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 722 Assigned targetID: 722 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO4s -->Data type : 1 -->Container ID : 722 -->Target ID : 722 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4s -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO4s ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 721 Assigned targetID: 721 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO4 -->Data type : 1 -->Container ID : 721 -->Target ID : 721 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_SO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 720 Assigned targetID: 720 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SO2 -->Data type : 1 -->Container ID : 720 -->Target ID : 720 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_SALCCL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 719 Assigned targetID: 719 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SALCCL -->Data type : 1 -->Container ID : 719 -->Target ID : 719 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALCCL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SALCCL ------------------------------------------------------------------------------- Register_Base: Checking SPC_SALCAL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 718 Assigned targetID: 718 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SALCAL -->Data type : 1 -->Container ID : 718 -->Target ID : 718 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALCAL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SALCAL ------------------------------------------------------------------------------- Register_Base: Checking SPC_SALC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 717 Assigned targetID: 717 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SALC -->Data type : 1 -->Container ID : 717 -->Target ID : 717 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SALC ------------------------------------------------------------------------------- Register_Base: Checking SPC_SALACL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 716 Assigned targetID: 716 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SALACL -->Data type : 1 -->Container ID : 716 -->Target ID : 716 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALACL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SALACL ------------------------------------------------------------------------------- Register_Base: Checking SPC_SALAAL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 715 Assigned targetID: 715 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SALAAL -->Data type : 1 -->Container ID : 715 -->Target ID : 715 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALAAL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SALAAL ------------------------------------------------------------------------------- Register_Base: Checking SPC_SALA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 714 Assigned targetID: 714 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_SALA -->Data type : 1 -->Container ID : 714 -->Target ID : 714 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_SALA ------------------------------------------------------------------------------- Register_Base: Checking SPC_RP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 713 Assigned targetID: 713 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RP -->Data type : 1 -->Container ID : 713 -->Target ID : 713 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RP ------------------------------------------------------------------------------- Register_Base: Checking SPC_RIPD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 712 Assigned targetID: 712 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RIPD -->Data type : 1 -->Container ID : 712 -->Target ID : 712 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPD -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RIPD ------------------------------------------------------------------------------- Register_Base: Checking SPC_RIPC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 711 Assigned targetID: 711 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RIPC -->Data type : 1 -->Container ID : 711 -->Target ID : 711 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RIPC ------------------------------------------------------------------------------- Register_Base: Checking SPC_RIPB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 710 Assigned targetID: 710 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RIPB -->Data type : 1 -->Container ID : 710 -->Target ID : 710 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RIPB ------------------------------------------------------------------------------- Register_Base: Checking SPC_RIPA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 709 Assigned targetID: 709 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RIPA -->Data type : 1 -->Container ID : 709 -->Target ID : 709 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RIPA ------------------------------------------------------------------------------- Register_Base: Checking SPC_RCHO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 708 Assigned targetID: 708 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RCHO -->Data type : 1 -->Container ID : 708 -->Target ID : 708 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RCHO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RCHO ------------------------------------------------------------------------------- Register_Base: Checking SPC_RB3P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 707 Assigned targetID: 707 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RB3P -->Data type : 1 -->Container ID : 707 -->Target ID : 707 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RB3P -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RB3P ------------------------------------------------------------------------------- Register_Base: Checking SPC_RA3P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 706 Assigned targetID: 706 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_RA3P -->Data type : 1 -->Container ID : 706 -->Target ID : 706 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RA3P -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_RA3P ------------------------------------------------------------------------------- Register_Base: Checking SPC_R4P HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 705 Assigned targetID: 705 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_R4P -->Data type : 1 -->Container ID : 705 -->Target ID : 705 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4P -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_R4P ------------------------------------------------------------------------------- Register_Base: Checking SPC_R4N2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 704 Assigned targetID: 704 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_R4N2 -->Data type : 1 -->Container ID : 704 -->Target ID : 704 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4N2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_R4N2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_PYAC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 703 Assigned targetID: 703 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PYAC -->Data type : 1 -->Container ID : 703 -->Target ID : 703 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PYAC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PYAC ------------------------------------------------------------------------------- Register_Base: Checking SPC_PRPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 702 Assigned targetID: 702 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PRPN -->Data type : 1 -->Container ID : 702 -->Target ID : 702 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PRPN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PRPN ------------------------------------------------------------------------------- Register_Base: Checking SPC_PRPE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 701 Assigned targetID: 701 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PRPE -->Data type : 1 -->Container ID : 701 -->Target ID : 701 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PRPE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PRPE ------------------------------------------------------------------------------- Register_Base: Checking SPC_PROPNN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 700 Assigned targetID: 700 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PROPNN -->Data type : 1 -->Container ID : 700 -->Target ID : 700 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PROPNN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PROPNN ------------------------------------------------------------------------------- Register_Base: Checking SPC_PPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 699 Assigned targetID: 699 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PPN -->Data type : 1 -->Container ID : 699 -->Target ID : 699 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PPN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PPN ------------------------------------------------------------------------------- Register_Base: Checking SPC_PP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 698 Assigned targetID: 698 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PP -->Data type : 1 -->Container ID : 698 -->Target ID : 698 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PP ------------------------------------------------------------------------------- Register_Base: Checking SPC_PIP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 697 Assigned targetID: 697 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PIP -->Data type : 1 -->Container ID : 697 -->Target ID : 697 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PIP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PIP ------------------------------------------------------------------------------- Register_Base: Checking SPC_pFe HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 696 Assigned targetID: 696 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_pFe -->Data type : 1 -->Container ID : 696 -->Target ID : 696 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_pFe -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_pFe ------------------------------------------------------------------------------- Register_Base: Checking SPC_PAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 695 Assigned targetID: 695 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_PAN -->Data type : 1 -->Container ID : 695 -->Target ID : 695 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PAN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_PAN ------------------------------------------------------------------------------- Register_Base: Checking SPC_OIO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 694 Assigned targetID: 694 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OIO -->Data type : 1 -->Container ID : 694 -->Target ID : 694 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OIO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OIO ------------------------------------------------------------------------------- Register_Base: Checking SPC_OCS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 693 Assigned targetID: 693 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OCS -->Data type : 1 -->Container ID : 693 -->Target ID : 693 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OCS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OCS ------------------------------------------------------------------------------- Register_Base: Checking SPC_OCPO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 692 Assigned targetID: 692 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OCPO -->Data type : 1 -->Container ID : 692 -->Target ID : 692 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OCPO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OCPO ------------------------------------------------------------------------------- Register_Base: Checking SPC_OCPI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 691 Assigned targetID: 691 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OCPI -->Data type : 1 -->Container ID : 691 -->Target ID : 691 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OCPI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OCPI ------------------------------------------------------------------------------- Register_Base: Checking SPC_OClO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 690 Assigned targetID: 690 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_OClO -->Data type : 1 -->Container ID : 690 -->Target ID : 690 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OClO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_OClO ------------------------------------------------------------------------------- Register_Base: Checking SPC_O3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 689 Assigned targetID: 689 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_O3 -->Data type : 1 -->Container ID : 689 -->Target ID : 689 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_O3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_NPRNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 688 Assigned targetID: 688 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NPRNO3 -->Data type : 1 -->Container ID : 688 -->Target ID : 688 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NPRNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NPRNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_NO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 687 Assigned targetID: 687 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NO3 -->Data type : 1 -->Container ID : 687 -->Target ID : 687 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_NO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 686 Assigned targetID: 686 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NO2 -->Data type : 1 -->Container ID : 686 -->Target ID : 686 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_NO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 685 Assigned targetID: 685 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NO -->Data type : 1 -->Container ID : 685 -->Target ID : 685 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NO ------------------------------------------------------------------------------- Register_Base: Checking SPC_NITs HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 684 Assigned targetID: 684 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NITs -->Data type : 1 -->Container ID : 684 -->Target ID : 684 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NITs -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NITs ------------------------------------------------------------------------------- Register_Base: Checking SPC_NIT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 683 Assigned targetID: 683 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NIT -->Data type : 1 -->Container ID : 683 -->Target ID : 683 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NIT -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NIT ------------------------------------------------------------------------------- Register_Base: Checking SPC_NH4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 682 Assigned targetID: 682 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NH4 -->Data type : 1 -->Container ID : 682 -->Target ID : 682 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NH4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NH4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_NH3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 681 Assigned targetID: 681 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_NH3 -->Data type : 1 -->Container ID : 681 -->Target ID : 681 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NH3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_NH3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_N2O5 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 680 Assigned targetID: 680 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_N2O5 -->Data type : 1 -->Container ID : 680 -->Target ID : 680 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N2O5 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_N2O5 ------------------------------------------------------------------------------- Register_Base: Checking SPC_N2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 679 Assigned targetID: 679 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_N2O -->Data type : 1 -->Container ID : 679 -->Target ID : 679 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N2O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_N2O ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKPC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 678 Assigned targetID: 678 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKPC -->Data type : 1 -->Container ID : 678 -->Target ID : 678 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKPC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKPC ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 677 Assigned targetID: 677 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKN -->Data type : 1 -->Container ID : 677 -->Target ID : 677 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKN ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 676 Assigned targetID: 676 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKHP -->Data type : 1 -->Container ID : 676 -->Target ID : 676 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKHP ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKHCB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 675 Assigned targetID: 675 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKHCB -->Data type : 1 -->Container ID : 675 -->Target ID : 675 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKHCB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKHCB ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKHC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 674 Assigned targetID: 674 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKHC -->Data type : 1 -->Container ID : 674 -->Target ID : 674 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKHC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKHC ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVKDH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 673 Assigned targetID: 673 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVKDH -->Data type : 1 -->Container ID : 673 -->Target ID : 673 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKDH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVKDH ------------------------------------------------------------------------------- Register_Base: Checking SPC_MVK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 672 Assigned targetID: 672 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MVK -->Data type : 1 -->Container ID : 672 -->Target ID : 672 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MVK ------------------------------------------------------------------------------- Register_Base: Checking SPC_MTPO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 671 Assigned targetID: 671 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MTPO -->Data type : 1 -->Container ID : 671 -->Target ID : 671 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MTPO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MTPO ------------------------------------------------------------------------------- Register_Base: Checking SPC_MTPA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 670 Assigned targetID: 670 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MTPA -->Data type : 1 -->Container ID : 670 -->Target ID : 670 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MTPA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MTPA ------------------------------------------------------------------------------- Register_Base: Checking SPC_MSA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 669 Assigned targetID: 669 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MSA -->Data type : 1 -->Container ID : 669 -->Target ID : 669 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MSA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MSA ------------------------------------------------------------------------------- Register_Base: Checking SPC_MPN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 668 Assigned targetID: 668 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MPN -->Data type : 1 -->Container ID : 668 -->Target ID : 668 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MPN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MPN ------------------------------------------------------------------------------- Register_Base: Checking SPC_MPAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 667 Assigned targetID: 667 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MPAN -->Data type : 1 -->Container ID : 667 -->Target ID : 667 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MPAN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MPAN ------------------------------------------------------------------------------- Register_Base: Checking SPC_MP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 666 Assigned targetID: 666 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MP -->Data type : 1 -->Container ID : 666 -->Target ID : 666 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MP ------------------------------------------------------------------------------- Register_Base: Checking SPC_MONITU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 665 Assigned targetID: 665 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MONITU -->Data type : 1 -->Container ID : 665 -->Target ID : 665 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MONITU -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MONITU ------------------------------------------------------------------------------- Register_Base: Checking SPC_MONITS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 664 Assigned targetID: 664 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MONITS -->Data type : 1 -->Container ID : 664 -->Target ID : 664 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MONITS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MONITS ------------------------------------------------------------------------------- Register_Base: Checking SPC_MONITA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 663 Assigned targetID: 663 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MONITA -->Data type : 1 -->Container ID : 663 -->Target ID : 663 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MONITA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MONITA ------------------------------------------------------------------------------- Register_Base: Checking SPC_MOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 662 Assigned targetID: 662 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MOH -->Data type : 1 -->Container ID : 662 -->Target ID : 662 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_MGLY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 661 Assigned targetID: 661 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MGLY -->Data type : 1 -->Container ID : 661 -->Target ID : 661 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MGLY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MGLY ------------------------------------------------------------------------------- Register_Base: Checking SPC_MENO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 660 Assigned targetID: 660 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MENO3 -->Data type : 1 -->Container ID : 660 -->Target ID : 660 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MENO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MENO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_MEK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 659 Assigned targetID: 659 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MEK -->Data type : 1 -->Container ID : 659 -->Target ID : 659 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MEK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MEK ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCRHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 658 Assigned targetID: 658 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCRHP -->Data type : 1 -->Container ID : 658 -->Target ID : 658 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCRHP ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCRHNB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 657 Assigned targetID: 657 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCRHNB -->Data type : 1 -->Container ID : 657 -->Target ID : 657 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRHNB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCRHNB ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCRHN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 656 Assigned targetID: 656 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCRHN -->Data type : 1 -->Container ID : 656 -->Target ID : 656 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRHN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCRHN ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCRENOL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 655 Assigned targetID: 655 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCRENOL -->Data type : 1 -->Container ID : 655 -->Target ID : 655 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRENOL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCRENOL ------------------------------------------------------------------------------- Register_Base: Checking SPC_MCRDH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 654 Assigned targetID: 654 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MCRDH -->Data type : 1 -->Container ID : 654 -->Target ID : 654 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRDH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MCRDH ------------------------------------------------------------------------------- Register_Base: Checking SPC_MAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 653 Assigned targetID: 653 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MAP -->Data type : 1 -->Container ID : 653 -->Target ID : 653 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MAP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MAP ------------------------------------------------------------------------------- Register_Base: Checking SPC_MACR1OOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 652 Assigned targetID: 652 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MACR1OOH -->Data type : 1 -->Container ID : 652 -->Target ID : 652 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACR1OOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MACR1OOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_MACR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 651 Assigned targetID: 651 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_MACR -->Data type : 1 -->Container ID : 651 -->Target ID : 651 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACR -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_MACR ------------------------------------------------------------------------------- Register_Base: Checking SPC_LVOCOA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 650 Assigned targetID: 650 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LVOCOA -->Data type : 1 -->Container ID : 650 -->Target ID : 650 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LVOCOA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LVOCOA ------------------------------------------------------------------------------- Register_Base: Checking SPC_LVOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 649 Assigned targetID: 649 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LVOC -->Data type : 1 -->Container ID : 649 -->Target ID : 649 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LVOC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LVOC ------------------------------------------------------------------------------- Register_Base: Checking SPC_LIMO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 648 Assigned targetID: 648 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_LIMO -->Data type : 1 -->Container ID : 648 -->Target ID : 648 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LIMO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_LIMO ------------------------------------------------------------------------------- Register_Base: Checking SPC_ITHN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 647 Assigned targetID: 647 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ITHN -->Data type : 1 -->Container ID : 647 -->Target ID : 647 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ITHN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ITHN ------------------------------------------------------------------------------- Register_Base: Checking SPC_ITCN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 646 Assigned targetID: 646 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ITCN -->Data type : 1 -->Container ID : 646 -->Target ID : 646 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ITCN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ITCN ------------------------------------------------------------------------------- Register_Base: Checking SPC_ISOP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 645 Assigned targetID: 645 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ISOP -->Data type : 1 -->Container ID : 645 -->Target ID : 645 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISOP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ISOP ------------------------------------------------------------------------------- Register_Base: Checking SPC_ISALC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 644 Assigned targetID: 644 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ISALC -->Data type : 1 -->Container ID : 644 -->Target ID : 644 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISALC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ISALC ------------------------------------------------------------------------------- Register_Base: Checking SPC_ISALA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 643 Assigned targetID: 643 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ISALA -->Data type : 1 -->Container ID : 643 -->Target ID : 643 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISALA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ISALA ------------------------------------------------------------------------------- Register_Base: Checking SPC_IPRNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 642 Assigned targetID: 642 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IPRNO3 -->Data type : 1 -->Container ID : 642 -->Target ID : 642 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IPRNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IPRNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IONO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 641 Assigned targetID: 641 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IONO2 -->Data type : 1 -->Container ID : 641 -->Target ID : 641 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IONO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IONO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IONO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 640 Assigned targetID: 640 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IONO -->Data type : 1 -->Container ID : 640 -->Target ID : 640 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IONO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IONO ------------------------------------------------------------------------------- Register_Base: Checking SPC_IONITA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 639 Assigned targetID: 639 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IONITA -->Data type : 1 -->Container ID : 639 -->Target ID : 639 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IONITA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IONITA ------------------------------------------------------------------------------- Register_Base: Checking SPC_IO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 638 Assigned targetID: 638 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IO -->Data type : 1 -->Container ID : 638 -->Target ID : 638 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IO ------------------------------------------------------------------------------- Register_Base: Checking SPC_INPD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 637 Assigned targetID: 637 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INPD -->Data type : 1 -->Container ID : 637 -->Target ID : 637 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INPD -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INPD ------------------------------------------------------------------------------- Register_Base: Checking SPC_INPB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 636 Assigned targetID: 636 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INPB -->Data type : 1 -->Container ID : 636 -->Target ID : 636 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INPB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INPB ------------------------------------------------------------------------------- Register_Base: Checking SPC_INO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 635 Assigned targetID: 635 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INO -->Data type : 1 -->Container ID : 635 -->Target ID : 635 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INO ------------------------------------------------------------------------------- Register_Base: Checking SPC_INDIOL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 634 Assigned targetID: 634 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_INDIOL -->Data type : 1 -->Container ID : 634 -->Target ID : 634 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INDIOL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_INDIOL ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHN4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 633 Assigned targetID: 633 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHN4 -->Data type : 1 -->Container ID : 633 -->Target ID : 633 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHN4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHN3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 632 Assigned targetID: 632 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHN3 -->Data type : 1 -->Container ID : 632 -->Target ID : 632 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHN3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHN2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 631 Assigned targetID: 631 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHN2 -->Data type : 1 -->Container ID : 631 -->Target ID : 631 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHN2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IHN1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 630 Assigned targetID: 630 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IHN1 -->Data type : 1 -->Container ID : 630 -->Target ID : 630 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IHN1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_IEPOXD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 629 Assigned targetID: 629 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IEPOXD -->Data type : 1 -->Container ID : 629 -->Target ID : 629 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXD -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IEPOXD ------------------------------------------------------------------------------- Register_Base: Checking SPC_IEPOXB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 628 Assigned targetID: 628 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IEPOXB -->Data type : 1 -->Container ID : 628 -->Target ID : 628 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IEPOXB ------------------------------------------------------------------------------- Register_Base: Checking SPC_IEPOXA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 627 Assigned targetID: 627 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IEPOXA -->Data type : 1 -->Container ID : 627 -->Target ID : 627 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IEPOXA ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 626 Assigned targetID: 626 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDN -->Data type : 1 -->Container ID : 626 -->Target ID : 626 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDN ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDHPE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 625 Assigned targetID: 625 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDHPE -->Data type : 1 -->Container ID : 625 -->Target ID : 625 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHPE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDHPE ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDHDP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 624 Assigned targetID: 624 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDHDP -->Data type : 1 -->Container ID : 624 -->Target ID : 624 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHDP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDHDP ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDCHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 623 Assigned targetID: 623 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDCHP -->Data type : 1 -->Container ID : 623 -->Target ID : 623 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDCHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDCHP ------------------------------------------------------------------------------- Register_Base: Checking SPC_IDC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 622 Assigned targetID: 622 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IDC -->Data type : 1 -->Container ID : 622 -->Target ID : 622 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IDC ------------------------------------------------------------------------------- Register_Base: Checking SPC_ICPDH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 621 Assigned targetID: 621 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ICPDH -->Data type : 1 -->Container ID : 621 -->Target ID : 621 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICPDH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ICPDH ------------------------------------------------------------------------------- Register_Base: Checking SPC_ICN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 620 Assigned targetID: 620 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ICN -->Data type : 1 -->Container ID : 620 -->Target ID : 620 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ICN ------------------------------------------------------------------------------- Register_Base: Checking SPC_ICl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 619 Assigned targetID: 619 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ICl -->Data type : 1 -->Container ID : 619 -->Target ID : 619 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ICl ------------------------------------------------------------------------------- Register_Base: Checking SPC_ICHE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 618 Assigned targetID: 618 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ICHE -->Data type : 1 -->Container ID : 618 -->Target ID : 618 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICHE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ICHE ------------------------------------------------------------------------------- Register_Base: Checking SPC_IBr HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 617 Assigned targetID: 617 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_IBr -->Data type : 1 -->Container ID : 617 -->Target ID : 617 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_IBr ------------------------------------------------------------------------------- Register_Base: Checking SPC_I2O4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 616 Assigned targetID: 616 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_I2O4 -->Data type : 1 -->Container ID : 616 -->Target ID : 616 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2O4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_I2O4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_I2O3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 615 Assigned targetID: 615 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_I2O3 -->Data type : 1 -->Container ID : 615 -->Target ID : 615 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2O3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_I2O3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_I2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 614 Assigned targetID: 614 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_I2O2 -->Data type : 1 -->Container ID : 614 -->Target ID : 614 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_I2O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_I2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 613 Assigned targetID: 613 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_I2 -->Data type : 1 -->Container ID : 613 -->Target ID : 613 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_I2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_I HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 612 Assigned targetID: 612 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_I -->Data type : 1 -->Container ID : 612 -->Target ID : 612 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_I ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPETHNL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 611 Assigned targetID: 611 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPETHNL -->Data type : 1 -->Container ID : 611 -->Target ID : 611 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPETHNL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPETHNL ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPALD4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 610 Assigned targetID: 610 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPALD4 -->Data type : 1 -->Container ID : 610 -->Target ID : 610 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPALD4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPALD3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 609 Assigned targetID: 609 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPALD3 -->Data type : 1 -->Container ID : 609 -->Target ID : 609 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPALD3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPALD2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 608 Assigned targetID: 608 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPALD2 -->Data type : 1 -->Container ID : 608 -->Target ID : 608 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPALD2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HPALD1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 607 Assigned targetID: 607 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HPALD1 -->Data type : 1 -->Container ID : 607 -->Target ID : 607 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HPALD1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HONIT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 606 Assigned targetID: 606 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HONIT -->Data type : 1 -->Container ID : 606 -->Target ID : 606 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HONIT -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HONIT ------------------------------------------------------------------------------- Register_Base: Checking SPC_HOI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 605 Assigned targetID: 605 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HOI -->Data type : 1 -->Container ID : 605 -->Target ID : 605 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HOI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HOI ------------------------------------------------------------------------------- Register_Base: Checking SPC_HOCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 604 Assigned targetID: 604 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HOCl -->Data type : 1 -->Container ID : 604 -->Target ID : 604 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HOCl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HOCl ------------------------------------------------------------------------------- Register_Base: Checking SPC_HOBr HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 603 Assigned targetID: 603 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HOBr -->Data type : 1 -->Container ID : 603 -->Target ID : 603 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HOBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HOBr ------------------------------------------------------------------------------- Register_Base: Checking SPC_HNO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 602 Assigned targetID: 602 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HNO4 -->Data type : 1 -->Container ID : 602 -->Target ID : 602 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HNO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HNO4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 601 Assigned targetID: 601 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HNO3 -->Data type : 1 -->Container ID : 601 -->Target ID : 601 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HNO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 600 Assigned targetID: 600 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HNO2 -->Data type : 1 -->Container ID : 600 -->Target ID : 600 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HNO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HMML HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 599 Assigned targetID: 599 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HMML -->Data type : 1 -->Container ID : 599 -->Target ID : 599 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HMML -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HMML ------------------------------------------------------------------------------- Register_Base: Checking SPC_HMHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 598 Assigned targetID: 598 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HMHP -->Data type : 1 -->Container ID : 598 -->Target ID : 598 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HMHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HMHP ------------------------------------------------------------------------------- Register_Base: Checking SPC_HI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 597 Assigned targetID: 597 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HI -->Data type : 1 -->Container ID : 597 -->Target ID : 597 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HI ------------------------------------------------------------------------------- Register_Base: Checking SPC_HCOOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 596 Assigned targetID: 596 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HCOOH -->Data type : 1 -->Container ID : 596 -->Target ID : 596 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCOOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HCOOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_HCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 595 Assigned targetID: 595 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HCl -->Data type : 1 -->Container ID : 595 -->Target ID : 595 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HCl ------------------------------------------------------------------------------- Register_Base: Checking SPC_HCFC22 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 594 Assigned targetID: 594 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HCFC22 -->Data type : 1 -->Container ID : 594 -->Target ID : 594 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC22 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HCFC22 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HCFC142b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 593 Assigned targetID: 593 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HCFC142b -->Data type : 1 -->Container ID : 593 -->Target ID : 593 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC142b -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HCFC142b ------------------------------------------------------------------------------- Register_Base: Checking SPC_HCFC141b HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 592 Assigned targetID: 592 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HCFC141b -->Data type : 1 -->Container ID : 592 -->Target ID : 592 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC141b -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HCFC141b ------------------------------------------------------------------------------- Register_Base: Checking SPC_HCFC123 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 591 Assigned targetID: 591 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HCFC123 -->Data type : 1 -->Container ID : 591 -->Target ID : 591 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC123 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HCFC123 ------------------------------------------------------------------------------- Register_Base: Checking SPC_HC5A HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 590 Assigned targetID: 590 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HC5A -->Data type : 1 -->Container ID : 590 -->Target ID : 590 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HC5A -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HC5A ------------------------------------------------------------------------------- Register_Base: Checking SPC_HBr HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 589 Assigned targetID: 589 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HBr -->Data type : 1 -->Container ID : 589 -->Target ID : 589 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HBr ------------------------------------------------------------------------------- Register_Base: Checking SPC_HAC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 588 Assigned targetID: 588 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_HAC -->Data type : 1 -->Container ID : 588 -->Target ID : 588 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HAC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_HAC ------------------------------------------------------------------------------- Register_Base: Checking SPC_H2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 587 Assigned targetID: 587 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H2O2 -->Data type : 1 -->Container ID : 587 -->Target ID : 587 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H2O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_H2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 586 Assigned targetID: 586 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H2O -->Data type : 1 -->Container ID : 586 -->Target ID : 586 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H2O ------------------------------------------------------------------------------- Register_Base: Checking SPC_H2402 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 585 Assigned targetID: 585 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H2402 -->Data type : 1 -->Container ID : 585 -->Target ID : 585 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2402 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H2402 ------------------------------------------------------------------------------- Register_Base: Checking SPC_H1301 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 584 Assigned targetID: 584 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H1301 -->Data type : 1 -->Container ID : 584 -->Target ID : 584 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H1301 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H1301 ------------------------------------------------------------------------------- Register_Base: Checking SPC_H1211 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 583 Assigned targetID: 583 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_H1211 -->Data type : 1 -->Container ID : 583 -->Target ID : 583 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H1211 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_H1211 ------------------------------------------------------------------------------- Register_Base: Checking SPC_GLYX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 582 Assigned targetID: 582 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_GLYX -->Data type : 1 -->Container ID : 582 -->Target ID : 582 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_GLYX -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_GLYX ------------------------------------------------------------------------------- Register_Base: Checking SPC_GLYC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 581 Assigned targetID: 581 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_GLYC -->Data type : 1 -->Container ID : 581 -->Target ID : 581 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_GLYC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_GLYC ------------------------------------------------------------------------------- Register_Base: Checking SPC_ETP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 580 Assigned targetID: 580 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ETP -->Data type : 1 -->Container ID : 580 -->Target ID : 580 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ETP ------------------------------------------------------------------------------- Register_Base: Checking SPC_ETNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 579 Assigned targetID: 579 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ETNO3 -->Data type : 1 -->Container ID : 579 -->Target ID : 579 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ETNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ETHLN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 578 Assigned targetID: 578 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ETHLN -->Data type : 1 -->Container ID : 578 -->Target ID : 578 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETHLN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ETHLN ------------------------------------------------------------------------------- Register_Base: Checking SPC_EOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 577 Assigned targetID: 577 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_EOH -->Data type : 1 -->Container ID : 577 -->Target ID : 577 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_EOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_EOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_DST4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 576 Assigned targetID: 576 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_DST4 -->Data type : 1 -->Container ID : 576 -->Target ID : 576 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_DST4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_DST3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 575 Assigned targetID: 575 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_DST3 -->Data type : 1 -->Container ID : 575 -->Target ID : 575 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_DST3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_DST2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 574 Assigned targetID: 574 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_DST2 -->Data type : 1 -->Container ID : 574 -->Target ID : 574 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_DST2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_DST1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 573 Assigned targetID: 573 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_DST1 -->Data type : 1 -->Container ID : 573 -->Target ID : 573 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_DST1 ------------------------------------------------------------------------------- Register_Base: Checking SPC_DMS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 572 Assigned targetID: 572 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_DMS -->Data type : 1 -->Container ID : 572 -->Target ID : 572 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DMS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_DMS ------------------------------------------------------------------------------- Register_Base: Checking SPC_CO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 571 Assigned targetID: 571 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CO -->Data type : 1 -->Container ID : 571 -->Target ID : 571 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CO ------------------------------------------------------------------------------- Register_Base: Checking SPC_CLOCK HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 570 Assigned targetID: 570 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CLOCK -->Data type : 1 -->Container ID : 570 -->Target ID : 570 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CLOCK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CLOCK ------------------------------------------------------------------------------- Register_Base: Checking SPC_ClOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 569 Assigned targetID: 569 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ClOO -->Data type : 1 -->Container ID : 569 -->Target ID : 569 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ClOO ------------------------------------------------------------------------------- Register_Base: Checking SPC_ClO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 568 Assigned targetID: 568 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ClO -->Data type : 1 -->Container ID : 568 -->Target ID : 568 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ClO ------------------------------------------------------------------------------- Register_Base: Checking SPC_ClNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 567 Assigned targetID: 567 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ClNO3 -->Data type : 1 -->Container ID : 567 -->Target ID : 567 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ClNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ClNO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 566 Assigned targetID: 566 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ClNO2 -->Data type : 1 -->Container ID : 566 -->Target ID : 566 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ClNO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_Cl2O2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 565 Assigned targetID: 565 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_Cl2O2 -->Data type : 1 -->Container ID : 565 -->Target ID : 565 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Cl2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_Cl2O2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_Cl2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 564 Assigned targetID: 564 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_Cl2 -->Data type : 1 -->Container ID : 564 -->Target ID : 564 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Cl2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_Cl2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 563 Assigned targetID: 563 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_Cl -->Data type : 1 -->Container ID : 563 -->Target ID : 563 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Cl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_Cl ------------------------------------------------------------------------------- Register_Base: Checking SPC_CHCl3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 562 Assigned targetID: 562 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CHCl3 -->Data type : 1 -->Container ID : 562 -->Target ID : 562 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CHCl3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CHCl3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CHBr3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 561 Assigned targetID: 561 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CHBr3 -->Data type : 1 -->Container ID : 561 -->Target ID : 561 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CHBr3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CHBr3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 560 Assigned targetID: 560 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH4 -->Data type : 1 -->Container ID : 560 -->Target ID : 560 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH3I HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 559 Assigned targetID: 559 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH3I -->Data type : 1 -->Container ID : 559 -->Target ID : 559 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3I -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH3I ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH3Cl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 558 Assigned targetID: 558 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH3Cl -->Data type : 1 -->Container ID : 558 -->Target ID : 558 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3Cl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH3Cl ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH3CCl3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 557 Assigned targetID: 557 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH3CCl3 -->Data type : 1 -->Container ID : 557 -->Target ID : 557 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3CCl3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH3CCl3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH3Br HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 556 Assigned targetID: 556 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH3Br -->Data type : 1 -->Container ID : 556 -->Target ID : 556 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3Br -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH3Br ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 555 Assigned targetID: 555 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2O -->Data type : 1 -->Container ID : 555 -->Target ID : 555 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2O ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2ICl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 554 Assigned targetID: 554 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2ICl -->Data type : 1 -->Container ID : 554 -->Target ID : 554 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2ICl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2ICl ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2IBr HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 553 Assigned targetID: 553 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2IBr -->Data type : 1 -->Container ID : 553 -->Target ID : 553 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2IBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2IBr ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2I2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 552 Assigned targetID: 552 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2I2 -->Data type : 1 -->Container ID : 552 -->Target ID : 552 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2I2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2I2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2Cl2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 551 Assigned targetID: 551 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2Cl2 -->Data type : 1 -->Container ID : 551 -->Target ID : 551 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2Cl2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2Cl2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CH2Br2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 550 Assigned targetID: 550 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CH2Br2 -->Data type : 1 -->Container ID : 550 -->Target ID : 550 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2Br2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CH2Br2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CFC12 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 549 Assigned targetID: 549 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CFC12 -->Data type : 1 -->Container ID : 549 -->Target ID : 549 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC12 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CFC12 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CFC115 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 548 Assigned targetID: 548 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CFC115 -->Data type : 1 -->Container ID : 548 -->Target ID : 548 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC115 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CFC115 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CFC114 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 547 Assigned targetID: 547 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CFC114 -->Data type : 1 -->Container ID : 547 -->Target ID : 547 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC114 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CFC114 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CFC113 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 546 Assigned targetID: 546 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CFC113 -->Data type : 1 -->Container ID : 546 -->Target ID : 546 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC113 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CFC113 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CFC11 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 545 Assigned targetID: 545 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CFC11 -->Data type : 1 -->Container ID : 545 -->Target ID : 545 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC11 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CFC11 ------------------------------------------------------------------------------- Register_Base: Checking SPC_CCl4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 544 Assigned targetID: 544 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_CCl4 -->Data type : 1 -->Container ID : 544 -->Target ID : 544 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CCl4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_CCl4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_C3H8 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 543 Assigned targetID: 543 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_C3H8 -->Data type : 1 -->Container ID : 543 -->Target ID : 543 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C3H8 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_C3H8 ------------------------------------------------------------------------------- Register_Base: Checking SPC_C2H6 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 542 Assigned targetID: 542 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_C2H6 -->Data type : 1 -->Container ID : 542 -->Target ID : 542 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C2H6 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_C2H6 ------------------------------------------------------------------------------- Register_Base: Checking SPC_BrSALC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 541 Assigned targetID: 541 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BrSALC -->Data type : 1 -->Container ID : 541 -->Target ID : 541 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrSALC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BrSALC ------------------------------------------------------------------------------- Register_Base: Checking SPC_BrSALA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 540 Assigned targetID: 540 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BrSALA -->Data type : 1 -->Container ID : 540 -->Target ID : 540 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrSALA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BrSALA ------------------------------------------------------------------------------- Register_Base: Checking SPC_BrO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 539 Assigned targetID: 539 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BrO -->Data type : 1 -->Container ID : 539 -->Target ID : 539 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BrO ------------------------------------------------------------------------------- Register_Base: Checking SPC_BrNO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 538 Assigned targetID: 538 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BrNO3 -->Data type : 1 -->Container ID : 538 -->Target ID : 538 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BrNO3 ------------------------------------------------------------------------------- Register_Base: Checking SPC_BrNO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 537 Assigned targetID: 537 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BrNO2 -->Data type : 1 -->Container ID : 537 -->Target ID : 537 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BrNO2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_BrCl HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 536 Assigned targetID: 536 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BrCl -->Data type : 1 -->Container ID : 536 -->Target ID : 536 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrCl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BrCl ------------------------------------------------------------------------------- Register_Base: Checking SPC_Br2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 535 Assigned targetID: 535 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_Br2 -->Data type : 1 -->Container ID : 535 -->Target ID : 535 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Br2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_Br2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_Br HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 534 Assigned targetID: 534 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_Br -->Data type : 1 -->Container ID : 534 -->Target ID : 534 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Br -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_Br ------------------------------------------------------------------------------- Register_Base: Checking SPC_BENZ HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 533 Assigned targetID: 533 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BENZ -->Data type : 1 -->Container ID : 533 -->Target ID : 533 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BENZ -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BENZ ------------------------------------------------------------------------------- Register_Base: Checking SPC_BCPO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 532 Assigned targetID: 532 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BCPO -->Data type : 1 -->Container ID : 532 -->Target ID : 532 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BCPO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BCPO ------------------------------------------------------------------------------- Register_Base: Checking SPC_BCPI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 531 Assigned targetID: 531 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_BCPI -->Data type : 1 -->Container ID : 531 -->Target ID : 531 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BCPI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_BCPI ------------------------------------------------------------------------------- Register_Base: Checking SPC_ATOOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 530 Assigned targetID: 530 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ATOOH -->Data type : 1 -->Container ID : 530 -->Target ID : 530 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ATOOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ATOOH ------------------------------------------------------------------------------- Register_Base: Checking SPC_ALK4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 529 Assigned targetID: 529 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ALK4 -->Data type : 1 -->Container ID : 529 -->Target ID : 529 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ALK4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ALK4 ------------------------------------------------------------------------------- Register_Base: Checking SPC_ALD2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 528 Assigned targetID: 528 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ALD2 -->Data type : 1 -->Container ID : 528 -->Target ID : 528 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ALD2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ALD2 ------------------------------------------------------------------------------- Register_Base: Checking SPC_AERI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 527 Assigned targetID: 527 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_AERI -->Data type : 1 -->Container ID : 527 -->Target ID : 527 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_AERI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_AERI ------------------------------------------------------------------------------- Register_Base: Checking SPC_ACTA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 526 Assigned targetID: 526 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ACTA -->Data type : 1 -->Container ID : 526 -->Target ID : 526 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ACTA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ACTA ------------------------------------------------------------------------------- Register_Base: Checking SPC_ACET HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 525 Assigned targetID: 525 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPC_ACET -->Data type : 1 -->Container ID : 525 -->Target ID : 525 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ACET -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPC_ACET ------------------------------------------------------------------------------- Register_Base: Checking CONV_DEPTH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 524 Assigned targetID: 524 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CONV_DEPTH -->Data type : 1 -->Container ID : 524 -->Target ID : 524 -->File data home? -999 -->Source file : $ROOT/OFFLINE_LIGHTNING/v2020-03/$MET/$YYYY/FLASH_CTH_$MET_0.5x0.625_$YYYY_$MM.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: CTH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 23 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CONV_DEPTH ------------------------------------------------------------------------------- Register_Base: Checking FLASH_DENS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 523 Assigned targetID: 523 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FLASH_DENS -->Data type : 1 -->Container ID : 523 -->Target ID : 523 -->File data home? -999 -->Source file : $ROOT/OFFLINE_LIGHTNING/v2020-03/$MET/$YYYY/FLASH_CTH_$MET_0.5x0.625_$YYYY_$MM.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: LDENS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 23 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FLASH_DENS ------------------------------------------------------------------------------- Register_Base: Checking TMPU_NEXTDAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 522 Assigned targetID: 522 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TMPU_NEXTDAY -->Data type : 1 -->Container ID : 522 -->Target ID : 522 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: T -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 1 1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TMPU_NEXTDAY ------------------------------------------------------------------------------- Register_Base: Checking SPHU_NEXTDAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 521 Assigned targetID: 521 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPHU_NEXTDAY -->Data type : 1 -->Container ID : 521 -->Target ID : 521 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QV -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 1 1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPHU_NEXTDAY ------------------------------------------------------------------------------- Register_Base: Checking PS_NEXTDAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 520 Assigned targetID: 520 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PS_NEXTDAY -->Data type : 1 -->Container ID : 520 -->Target ID : 520 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 1 1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PS_NEXTDAY ------------------------------------------------------------------------------- Register_Base: Checking TMPU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 519 Assigned targetID: 519 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TMPU -->Data type : 1 -->Container ID : 519 -->Target ID : 519 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: T -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TMPU ------------------------------------------------------------------------------- Register_Base: Checking SPHU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 518 Assigned targetID: 518 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SPHU -->Data type : 1 -->Container ID : 518 -->Target ID : 518 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QV -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SPHU ------------------------------------------------------------------------------- Register_Base: Checking PS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 517 Assigned targetID: 517 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PS -->Data type : 1 -->Container ID : 517 -->Target ID : 517 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PS ------------------------------------------------------------------------------- Register_Base: Checking PFLLSAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 516 Assigned targetID: 516 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PFLLSAN -->Data type : 1 -->Container ID : 516 -->Target ID : 516 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFLLSAN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PFLLSAN ------------------------------------------------------------------------------- Register_Base: Checking PFLCU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 515 Assigned targetID: 515 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PFLCU -->Data type : 1 -->Container ID : 515 -->Target ID : 515 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFLCU -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PFLCU ------------------------------------------------------------------------------- Register_Base: Checking PFILSAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 514 Assigned targetID: 514 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PFILSAN -->Data type : 1 -->Container ID : 514 -->Target ID : 514 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFILSAN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PFILSAN ------------------------------------------------------------------------------- Register_Base: Checking PFICU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 513 Assigned targetID: 513 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PFICU -->Data type : 1 -->Container ID : 513 -->Target ID : 513 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFICU -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PFICU ------------------------------------------------------------------------------- Register_Base: Checking CMFMC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 512 Assigned targetID: 512 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CMFMC -->Data type : 1 -->Container ID : 512 -->Target ID : 512 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: CMFMC -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CMFMC ------------------------------------------------------------------------------- Register_Base: Checking REEVAPLS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 511 Assigned targetID: 511 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container REEVAPLS -->Data type : 1 -->Container ID : 511 -->Target ID : 511 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: REEVAPLS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: REEVAPLS ------------------------------------------------------------------------------- Register_Base: Checking REEVAPCN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 510 Assigned targetID: 510 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container REEVAPCN -->Data type : 1 -->Container ID : 510 -->Target ID : 510 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: REEVAPCN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: REEVAPCN ------------------------------------------------------------------------------- Register_Base: Checking DQRLSAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 509 Assigned targetID: 509 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DQRLSAN -->Data type : 1 -->Container ID : 509 -->Target ID : 509 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: DQRLSAN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: DQRLSAN ------------------------------------------------------------------------------- Register_Base: Checking DQRCU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 508 Assigned targetID: 508 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DQRCU -->Data type : 1 -->Container ID : 508 -->Target ID : 508 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: DQRCU -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: DQRCU ------------------------------------------------------------------------------- Register_Base: Checking V HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 507 Assigned targetID: 507 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container V -->Data type : 1 -->Container ID : 507 -->Target ID : 507 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: V -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: V ------------------------------------------------------------------------------- Register_Base: Checking U HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 506 Assigned targetID: 506 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container U -->Data type : 1 -->Container ID : 506 -->Target ID : 506 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: U -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: U ------------------------------------------------------------------------------- Register_Base: Checking RH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 505 Assigned targetID: 505 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container RH -->Data type : 1 -->Container ID : 505 -->Target ID : 505 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: RH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: RH ------------------------------------------------------------------------------- Register_Base: Checking OMEGA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 504 Assigned targetID: 504 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container OMEGA -->Data type : 1 -->Container ID : 504 -->Target ID : 504 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: OMEGA -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: OMEGA ------------------------------------------------------------------------------- Register_Base: Checking DTRAIN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 503 Assigned targetID: 503 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DTRAIN -->Data type : 1 -->Container ID : 503 -->Target ID : 503 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: DTRAIN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: DTRAIN ------------------------------------------------------------------------------- Register_Base: Checking TAUCLW HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 502 Assigned targetID: 502 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TAUCLW -->Data type : 1 -->Container ID : 502 -->Target ID : 502 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TAUCLW -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TAUCLW ------------------------------------------------------------------------------- Register_Base: Checking TAUCLI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 501 Assigned targetID: 501 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TAUCLI -->Data type : 1 -->Container ID : 501 -->Target ID : 501 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TAUCLI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TAUCLI ------------------------------------------------------------------------------- Register_Base: Checking QL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 500 Assigned targetID: 500 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container QL -->Data type : 1 -->Container ID : 500 -->Target ID : 500 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QL -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: QL ------------------------------------------------------------------------------- Register_Base: Checking QI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 499 Assigned targetID: 499 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container QI -->Data type : 1 -->Container ID : 499 -->Target ID : 499 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: QI ------------------------------------------------------------------------------- Register_Base: Checking OPTDEPTH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 498 Assigned targetID: 498 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container OPTDEPTH -->Data type : 1 -->Container ID : 498 -->Target ID : 498 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: OPTDEPTH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: OPTDEPTH ------------------------------------------------------------------------------- Register_Base: Checking CLOUD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 497 Assigned targetID: 497 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLOUD -->Data type : 1 -->Container ID : 497 -->Target ID : 497 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: CLOUD -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLOUD ------------------------------------------------------------------------------- Register_Base: Checking Z0M HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 496 Assigned targetID: 496 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container Z0M -->Data type : 1 -->Container ID : 496 -->Target ID : 496 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: Z0M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: Z0M ------------------------------------------------------------------------------- Register_Base: Checking V10M HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 495 Assigned targetID: 495 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container V10M -->Data type : 1 -->Container ID : 495 -->Target ID : 495 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: V10M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: V10M ------------------------------------------------------------------------------- Register_Base: Checking USTAR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 494 Assigned targetID: 494 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container USTAR -->Data type : 1 -->Container ID : 494 -->Target ID : 494 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: USTAR -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: USTAR ------------------------------------------------------------------------------- Register_Base: Checking U10M HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 493 Assigned targetID: 493 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container U10M -->Data type : 1 -->Container ID : 493 -->Target ID : 493 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: U10M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: U10M ------------------------------------------------------------------------------- Register_Base: Checking T2M HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 492 Assigned targetID: 492 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container T2M -->Data type : 1 -->Container ID : 492 -->Target ID : 492 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: T2M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: T2M ------------------------------------------------------------------------------- Register_Base: Checking TS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 491 Assigned targetID: 491 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TS -->Data type : 1 -->Container ID : 491 -->Target ID : 491 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TS ------------------------------------------------------------------------------- Register_Base: Checking TROPPT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 490 Assigned targetID: 490 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TROPPT -->Data type : 1 -->Container ID : 490 -->Target ID : 490 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TROPPT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TROPPT ------------------------------------------------------------------------------- Register_Base: Checking TO3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 489 Assigned targetID: 489 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TO3 -->Data type : 1 -->Container ID : 489 -->Target ID : 489 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TO3 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TO3 ------------------------------------------------------------------------------- Register_Base: Checking SWGDN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 488 Assigned targetID: 488 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SWGDN -->Data type : 1 -->Container ID : 488 -->Target ID : 488 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SWGDN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SWGDN ------------------------------------------------------------------------------- Register_Base: Checking SNOMAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 487 Assigned targetID: 487 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SNOMAS -->Data type : 1 -->Container ID : 487 -->Target ID : 487 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SNOMAS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SNOMAS ------------------------------------------------------------------------------- Register_Base: Checking SNODP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 486 Assigned targetID: 486 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SNODP -->Data type : 1 -->Container ID : 486 -->Target ID : 486 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SNODP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SNODP ------------------------------------------------------------------------------- Register_Base: Checking SLP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 485 Assigned targetID: 485 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SLP -->Data type : 1 -->Container ID : 485 -->Target ID : 485 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SLP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SLP ------------------------------------------------------------------------------- Register_Base: Checking SEAICE90 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 484 Assigned targetID: 484 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE90 -->Data type : 1 -->Container ID : 484 -->Target ID : 484 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE90 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE90 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE80 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 483 Assigned targetID: 483 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE80 -->Data type : 1 -->Container ID : 483 -->Target ID : 483 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE80 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE80 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE70 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 482 Assigned targetID: 482 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE70 -->Data type : 1 -->Container ID : 482 -->Target ID : 482 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE70 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE70 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE60 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 481 Assigned targetID: 481 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE60 -->Data type : 1 -->Container ID : 481 -->Target ID : 481 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE60 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE60 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE50 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 480 Assigned targetID: 480 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE50 -->Data type : 1 -->Container ID : 480 -->Target ID : 480 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE50 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE50 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE40 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 479 Assigned targetID: 479 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE40 -->Data type : 1 -->Container ID : 479 -->Target ID : 479 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE40 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE40 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE30 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 478 Assigned targetID: 478 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE30 -->Data type : 1 -->Container ID : 478 -->Target ID : 478 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE30 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE30 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE20 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 477 Assigned targetID: 477 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE20 -->Data type : 1 -->Container ID : 477 -->Target ID : 477 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE20 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE20 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE10 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 476 Assigned targetID: 476 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE10 -->Data type : 1 -->Container ID : 476 -->Target ID : 476 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE10 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE10 ------------------------------------------------------------------------------- Register_Base: Checking SEAICE00 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 475 Assigned targetID: 475 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEAICE00 -->Data type : 1 -->Container ID : 475 -->Target ID : 475 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE00 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEAICE00 ------------------------------------------------------------------------------- Register_Base: Checking PRECTOT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 474 Assigned targetID: 474 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PRECTOT -->Data type : 1 -->Container ID : 474 -->Target ID : 474 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECTOT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PRECTOT ------------------------------------------------------------------------------- Register_Base: Checking PRECSNO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 473 Assigned targetID: 473 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PRECSNO -->Data type : 1 -->Container ID : 473 -->Target ID : 473 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECSNO -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PRECSNO ------------------------------------------------------------------------------- Register_Base: Checking PRECLSC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 472 Assigned targetID: 472 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PRECLSC -->Data type : 1 -->Container ID : 472 -->Target ID : 472 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECLSC -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PRECLSC ------------------------------------------------------------------------------- Register_Base: Checking PRECCON HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 471 Assigned targetID: 471 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PRECCON -->Data type : 1 -->Container ID : 471 -->Target ID : 471 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECCON -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PRECCON ------------------------------------------------------------------------------- Register_Base: Checking PRECANV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 470 Assigned targetID: 470 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PRECANV -->Data type : 1 -->Container ID : 470 -->Target ID : 470 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECANV -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PRECANV ------------------------------------------------------------------------------- Register_Base: Checking PBLH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 469 Assigned targetID: 469 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PBLH -->Data type : 1 -->Container ID : 469 -->Target ID : 469 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PBLH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PBLH ------------------------------------------------------------------------------- Register_Base: Checking PARDR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 468 Assigned targetID: 468 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PARDR -->Data type : 1 -->Container ID : 468 -->Target ID : 468 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PARDR -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PARDR ------------------------------------------------------------------------------- Register_Base: Checking PARDF HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 467 Assigned targetID: 467 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PARDF -->Data type : 1 -->Container ID : 467 -->Target ID : 467 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PARDF -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PARDF ------------------------------------------------------------------------------- Register_Base: Checking LWGNT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 466 Assigned targetID: 466 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LWGNT -->Data type : 1 -->Container ID : 466 -->Target ID : 466 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: LWGNT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LWGNT ------------------------------------------------------------------------------- Register_Base: Checking LWI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 465 Assigned targetID: 465 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LWI -->Data type : 1 -->Container ID : 465 -->Target ID : 465 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: LWI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LWI ------------------------------------------------------------------------------- Register_Base: Checking LAI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 464 Assigned targetID: 464 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LAI -->Data type : 1 -->Container ID : 464 -->Target ID : 464 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: LAI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LAI ------------------------------------------------------------------------------- Register_Base: Checking HFLUX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 463 Assigned targetID: 463 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container HFLUX -->Data type : 1 -->Container ID : 463 -->Target ID : 463 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: HFLUX -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: HFLUX ------------------------------------------------------------------------------- Register_Base: Checking GWETTOP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 462 Assigned targetID: 462 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GWETTOP -->Data type : 1 -->Container ID : 462 -->Target ID : 462 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: GWETTOP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GWETTOP ------------------------------------------------------------------------------- Register_Base: Checking GWETROOT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 461 Assigned targetID: 461 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GWETROOT -->Data type : 1 -->Container ID : 461 -->Target ID : 461 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: GWETROOT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GWETROOT ------------------------------------------------------------------------------- Register_Base: Checking GRN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 460 Assigned targetID: 460 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GRN -->Data type : 1 -->Container ID : 460 -->Target ID : 460 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: GRN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GRN ------------------------------------------------------------------------------- Register_Base: Checking FRSNO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 459 Assigned targetID: 459 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FRSNO -->Data type : 1 -->Container ID : 459 -->Target ID : 459 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRSNO -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FRSNO ------------------------------------------------------------------------------- Register_Base: Checking FRSEAICE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 458 Assigned targetID: 458 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FRSEAICE -->Data type : 1 -->Container ID : 458 -->Target ID : 458 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRSEAICE -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FRSEAICE ------------------------------------------------------------------------------- Register_Base: Checking EVAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 457 Assigned targetID: 457 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EVAP -->Data type : 1 -->Container ID : 457 -->Target ID : 457 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: EVAP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EVAP ------------------------------------------------------------------------------- Register_Base: Checking EFLUX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 456 Assigned targetID: 456 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EFLUX -->Data type : 1 -->Container ID : 456 -->Target ID : 456 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: EFLUX -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EFLUX ------------------------------------------------------------------------------- Register_Base: Checking CLDTOT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 455 Assigned targetID: 455 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLDTOT -->Data type : 1 -->Container ID : 455 -->Target ID : 455 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: CLDTOT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLDTOT ------------------------------------------------------------------------------- Register_Base: Checking ALBEDO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 454 Assigned targetID: 454 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ALBEDO -->Data type : 1 -->Container ID : 454 -->Target ID : 454 -->File data home? -999 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: ALBEDO -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ALBEDO ------------------------------------------------------------------------------- Register_Base: Checking PHIS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 453 Assigned targetID: 453 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PHIS -->Data type : 1 -->Container ID : 453 -->Target ID : 453 -->File data home? -999 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PHIS -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PHIS ------------------------------------------------------------------------------- Register_Base: Checking FROCEAN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 452 Assigned targetID: 452 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FROCEAN -->Data type : 1 -->Container ID : 452 -->Target ID : 452 -->File data home? -999 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FROCEAN -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FROCEAN ------------------------------------------------------------------------------- Register_Base: Checking FRLANDIC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 451 Assigned targetID: 451 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FRLANDIC -->Data type : 1 -->Container ID : 451 -->Target ID : 451 -->File data home? -999 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRLANDIC -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FRLANDIC ------------------------------------------------------------------------------- Register_Base: Checking FRLAND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 450 Assigned targetID: 450 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FRLAND -->Data type : 1 -->Container ID : 450 -->Target ID : 450 -->File data home? -999 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRLAND -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FRLAND ------------------------------------------------------------------------------- Register_Base: Checking FRLAKE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 449 Assigned targetID: 449 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container FRLAKE -->Data type : 1 -->Container ID : 449 -->Target ID : 449 -->File data home? -999 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRLAKE -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: FRLAKE ------------------------------------------------------------------------------- Register_Base: Checking TIMEZONES HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 448 Assigned targetID: 448 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container TIMEZONES -->Data type : 1 -->Container ID : 448 -->Target ID : 448 -->File data home? -999 -->Source file : $ROOT/TIMEZONES/v2015-02/timezones_voronoi_1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: UTC_OFFSET -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : count -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: TIMEZONES ------------------------------------------------------------------------------- Register_Base: Checking GFED_SAVA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 447 Assigned targetID: 447 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GFED_SAVA -->Data type : 1 -->Container ID : 447 -->Target ID : 447 -->File data home? -999 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_SAVA -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GFED_SAVA ------------------------------------------------------------------------------- Register_Base: Checking GFED_PEAT HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 446 Assigned targetID: 446 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GFED_PEAT -->Data type : 1 -->Container ID : 446 -->Target ID : 446 -->File data home? -999 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_PEAT -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GFED_PEAT ------------------------------------------------------------------------------- Register_Base: Checking GFED_BORF HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 445 Assigned targetID: 445 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GFED_BORF -->Data type : 1 -->Container ID : 445 -->Target ID : 445 -->File data home? -999 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_BORF -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GFED_BORF ------------------------------------------------------------------------------- Register_Base: Checking GFED_DEFO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 444 Assigned targetID: 444 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GFED_DEFO -->Data type : 1 -->Container ID : 444 -->Target ID : 444 -->File data home? -999 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_DEFO -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GFED_DEFO ------------------------------------------------------------------------------- Register_Base: Checking GFED_AGRI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 443 Assigned targetID: 443 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GFED_AGRI -->Data type : 1 -->Container ID : 443 -->Target ID : 443 -->File data home? -999 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_AGRI -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GFED_AGRI ------------------------------------------------------------------------------- Register_Base: Checking GFED_TEMP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 442 Assigned targetID: 442 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GFED_TEMP -->Data type : 1 -->Container ID : 442 -->Target ID : 442 -->File data home? -999 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_TEMP -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GFED_TEMP ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_CROP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 441 Assigned targetID: 441 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_CROP -->Data type : 1 -->Container ID : 441 -->Target ID : 441 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_CROP -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_CROP ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_C4_GRSS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 440 Assigned targetID: 440 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_C4_GRSS -->Data type : 1 -->Container ID : 440 -->Target ID : 440 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_C4_GRSS -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_C4_GRSS ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_C3_NARC_GRSS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 439 Assigned targetID: 439 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_C3_NARC_GRSS -->Data type : 1 -->Container ID : 439 -->Target ID : 439 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_C3_NARC_GRSS -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_C3_NARC_GRSS ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_C3_ARCT_GRSS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 438 Assigned targetID: 438 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_C3_ARCT_GRSS -->Data type : 1 -->Container ID : 438 -->Target ID : 438 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_C3_ARCT_GRSS -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_C3_ARCT_GRSS ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_DECD_BORL_SHRB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 437 Assigned targetID: 437 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_DECD_BORL_SHRB -->Data type : 1 -->Container ID : 437 -->Target ID : 437 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_BORL_SHRB -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_DECD_BORL_SHRB ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_DECD_TMPT_SHRB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 436 Assigned targetID: 436 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_DECD_TMPT_SHRB -->Data type : 1 -->Container ID : 436 -->Target ID : 436 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_TMPT_SHRB -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_DECD_TMPT_SHRB ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_EVGN_SHRB HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 435 Assigned targetID: 435 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_EVGN_SHRB -->Data type : 1 -->Container ID : 435 -->Target ID : 435 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_EVGN_SHRB -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_EVGN_SHRB ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_DECD_BORL_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 434 Assigned targetID: 434 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_DECD_BORL_TREE -->Data type : 1 -->Container ID : 434 -->Target ID : 434 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_BORL_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_DECD_BORL_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_DECD_TMPT_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 433 Assigned targetID: 433 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_DECD_TMPT_TREE -->Data type : 1 -->Container ID : 433 -->Target ID : 433 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_TMPT_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_DECD_TMPT_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_DECD_TROP_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 432 Assigned targetID: 432 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_DECD_TROP_TREE -->Data type : 1 -->Container ID : 432 -->Target ID : 432 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_TROP_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_DECD_TROP_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_EVGN_TMPT_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 431 Assigned targetID: 431 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_EVGN_TMPT_TREE -->Data type : 1 -->Container ID : 431 -->Target ID : 431 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_EVGN_TMPT_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_EVGN_TMPT_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BDLF_EVGN_TROP_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 430 Assigned targetID: 430 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BDLF_EVGN_TROP_TREE -->Data type : 1 -->Container ID : 430 -->Target ID : 430 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_EVGN_TROP_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BDLF_EVGN_TROP_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_NDLF_DECD_BORL_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 429 Assigned targetID: 429 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_NDLF_DECD_BORL_TREE -->Data type : 1 -->Container ID : 429 -->Target ID : 429 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_NDLF_DECD_BORL_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_NDLF_DECD_BORL_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_NDLF_EVGN_BORL_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 428 Assigned targetID: 428 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_NDLF_EVGN_BORL_TREE -->Data type : 1 -->Container ID : 428 -->Target ID : 428 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_NDLF_EVGN_BORL_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_NDLF_EVGN_BORL_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_NDLF_EVGN_TMPT_TREE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 427 Assigned targetID: 427 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_NDLF_EVGN_TMPT_TREE -->Data type : 1 -->Container ID : 427 -->Target ID : 427 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_NDLF_EVGN_TMPT_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_NDLF_EVGN_TMPT_TREE ------------------------------------------------------------------------------- Register_Base: Checking CLM4_PFT_BARE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 426 Assigned targetID: 426 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CLM4_PFT_BARE -->Data type : 1 -->Container ID : 426 -->Target ID : 426 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BARE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CLM4_PFT_BARE ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_SABI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 425 Assigned targetID: 425 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_SABI -->Data type : 1 -->Container ID : 425 -->Target ID : 425 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_SABINENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_SABI ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_OCIM HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 424 Assigned targetID: 424 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_OCIM -->Data type : 1 -->Container ID : 424 -->Target ID : 424 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_OCIMENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_OCIM ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_LIMO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 423 Assigned targetID: 423 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_LIMO -->Data type : 1 -->Container ID : 423 -->Target ID : 423 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_LIMONENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_LIMO ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_CARE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 422 Assigned targetID: 422 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_CARE -->Data type : 1 -->Container ID : 422 -->Target ID : 422 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_CARENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_CARE ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_BPIN HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 421 Assigned targetID: 421 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_BPIN -->Data type : 1 -->Container ID : 421 -->Target ID : 421 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_BETA_PINENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_BPIN ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_MBOX HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 420 Assigned targetID: 420 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_MBOX -->Data type : 1 -->Container ID : 420 -->Target ID : 420 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_MBO -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_MBOX ------------------------------------------------------------------------------- Register_Base: Checking MEGAN_AEF_ISOP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 419 Assigned targetID: 419 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MEGAN_AEF_ISOP -->Data type : 1 -->Container ID : 419 -->Target ID : 419 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_ISOPRENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MEGAN_AEF_ISOP ------------------------------------------------------------------------------- Register_Base: Checking PARDF_DAVG HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 418 Assigned targetID: 418 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PARDF_DAVG -->Data type : 1 -->Container ID : 418 -->Target ID : 418 -->File data home? -999 -->Source file : ./HEMCO_restart.$YYYY$MM$DD$HH00.nc -->ncRead? T -->Shared data file? F -->Source parameter: PARDF_DAVG -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : W/m2 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PARDF_DAVG ------------------------------------------------------------------------------- Register_Base: Checking PARDR_DAVG HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 417 Assigned targetID: 417 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PARDR_DAVG -->Data type : 1 -->Container ID : 417 -->Target ID : 417 -->File data home? -999 -->Source file : ./HEMCO_restart.$YYYY$MM$DD$HH00.nc -->ncRead? T -->Shared data file? F -->Source parameter: PARDR_DAVG -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : W/m2 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PARDR_DAVG ------------------------------------------------------------------------------- Register_Base: Checking LAI_PREVDAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 416 Assigned targetID: 416 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LAI_PREVDAY -->Data type : 1 -->Container ID : 416 -->Target ID : 416 -->File data home? -999 -->Source file : ./HEMCO_restart.$YYYY$MM$DD$HH00.nc -->ncRead? T -->Shared data file? F -->Source parameter: LAI_PREVDAY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LAI_PREVDAY ------------------------------------------------------------------------------- Register_Base: Checking T_PREVDAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 415 Assigned targetID: 415 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container T_PREVDAY -->Data type : 1 -->Container ID : 415 -->Target ID : 415 -->File data home? -999 -->Source file : ./HEMCO_restart.$YYYY$MM$DD$HH00.nc -->ncRead? T -->Shared data file? F -->Source parameter: T_PREVDAY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : K -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: T_PREVDAY ------------------------------------------------------------------------------- Register_Base: Checking T_DAVG HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 414 Assigned targetID: 414 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container T_DAVG -->Data type : 1 -->Container ID : 414 -->Target ID : 414 -->File data home? -999 -->Source file : ./HEMCO_restart.$YYYY$MM$DD$HH00.nc -->ncRead? T -->Shared data file? F -->Source parameter: T_DAVG -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : K -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: T_DAVG ------------------------------------------------------------------------------- Register_Base: Checking MOH_SEAWATER HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 413 Assigned targetID: 413 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MOH_SEAWATER -->Data type : 1 -->Container ID : 413 -->Target ID : 413 -->File data home? -999 -->Source file : $ROOT/MOH/v2019-12/MOH_seawater.low.kgCm3.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MOH -->Year range : 2005 2005 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MOH_SEAWATER ------------------------------------------------------------------------------- Register_Base: Checking ETNO3_SEAWATER HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 412 Assigned targetID: 412 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ETNO3_SEAWATER -->Data type : 1 -->Container ID : 412 -->Target ID : 412 -->File data home? -999 -->Source file : $ROOT/RONO2/v2019-05/RONO2_seawater.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: ETNO3 -->Year range : 2006 2006 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : ETNO3 -->HEMCO species ID: 55 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ETNO3_SEAWATER ------------------------------------------------------------------------------- Register_Base: Checking MENO3_SEAWATER HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 411 Assigned targetID: 411 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MENO3_SEAWATER -->Data type : 1 -->Container ID : 411 -->Target ID : 411 -->File data home? -999 -->Source file : $ROOT/RONO2/v2019-05/RONO2_seawater.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: MENO3 -->Year range : 2006 2006 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : MENO3 -->HEMCO species ID: 136 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: MENO3_SEAWATER ------------------------------------------------------------------------------- Register_Base: Checking ALD2_SEAWATER HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 410 Assigned targetID: 410 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ALD2_SEAWATER -->Data type : 1 -->Container ID : 410 -->Target ID : 410 -->File data home? -999 -->Source file : $ROOT/ALD2/v2017-03/ALD2_seawater.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2 -->Year range : 2006 2006 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ALD2_SEAWATER ------------------------------------------------------------------------------- Register_Base: Checking ACET_SEAWATER HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 409 Assigned targetID: 409 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ACET_SEAWATER -->Data type : 1 -->Container ID : 409 -->Target ID : 409 -->File data home? -999 -->Source file : $ROOT/ACET/v2014-07/ACET_seawater.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: ACET -->Year range : 2005 2005 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ACET_SEAWATER ------------------------------------------------------------------------------- Register_Base: Checking DMS_SEAWATER HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 408 Assigned targetID: 408 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DMS_SEAWATER -->Data type : 1 -->Container ID : 408 -->Target ID : 408 -->File data home? -999 -->Source file : $ROOT/DMS/v2015-07/DMS_lana.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: DMS_OCEAN -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : DMS -->HEMCO species ID: 48 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: DMS_SEAWATER ------------------------------------------------------------------------------- Register_Base: Checking SOILNOX_NO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 407 Assigned targetID: 407 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SOILNOX_NO -->Data type : 1 -->Container ID : 407 -->Target ID : 407 -->File data home? -999 -->Source file : $ROOT/OFFLINE_SOILNOX/v2019-01/0.5x0.625/$YYYY/$MM/soilnox_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SOIL_NOx -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SOILNOX_NO ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_BrSALC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 406 Assigned targetID: 406 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_BrSALC -->Data type : 1 -->Container ID : 406 -->Target ID : 406 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BrSALC -->HEMCO species ID: 17 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_BrSALC ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_SALCCL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 405 Assigned targetID: 405 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_SALCCL -->Data type : 1 -->Container ID : 405 -->Target ID : 405 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALCCL -->HEMCO species ID: 195 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_SALCCL ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_SALCAL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 404 Assigned targetID: 404 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_SALCAL -->Data type : 1 -->Container ID : 404 -->Target ID : 404 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALCAL -->HEMCO species ID: 194 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_SALCAL ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_SALC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 403 Assigned targetID: 403 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_SALC -->Data type : 1 -->Container ID : 403 -->Target ID : 403 -->File data home? -999 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALC -->HEMCO species ID: 193 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_SALC ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_BrSALA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 402 Assigned targetID: 402 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_BrSALA -->Data type : 1 -->Container ID : 402 -->Target ID : 402 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BrSALA -->HEMCO species ID: 16 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_BrSALA ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_SALACL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 401 Assigned targetID: 401 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_SALACL -->Data type : 1 -->Container ID : 401 -->Target ID : 401 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALACL -->HEMCO species ID: 192 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_SALACL ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_SALAAL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 400 Assigned targetID: 400 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_SALAAL -->Data type : 1 -->Container ID : 400 -->Target ID : 400 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALAAL -->HEMCO species ID: 191 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_SALAAL ------------------------------------------------------------------------------- Register_Base: Checking SEASALT_SALA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 399 Assigned targetID: 399 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEASALT_SALA -->Data type : 1 -->Container ID : 399 -->Target ID : 399 -->File data home? -999 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALA -->HEMCO species ID: 190 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEASALT_SALA ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_SESQ_SOAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 398 Assigned targetID: 398 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_SESQ_SOAS -->Data type : 1 -->Container ID : 398 -->Target ID : 398 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SESQ_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_SESQ_SOAS ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_SESQ_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 397 Assigned targetID: 397 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_SESQ_SOAP -->Data type : 1 -->Container ID : 397 -->Target ID : 397 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SESQ_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_SESQ_SOAP ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_SESQ HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 396 Assigned targetID: 396 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_SESQ -->Data type : 1 -->Container ID : 396 -->Target ID : 396 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SESQ_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SESQ -->HEMCO species ID: 205 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_SESQ ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_PRPE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 395 Assigned targetID: 395 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_PRPE -->Data type : 1 -->Container ID : 395 -->Target ID : 395 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_PRPE ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_MTPO_SOAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 394 Assigned targetID: 394 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_MTPO_SOAS -->Data type : 1 -->Container ID : 394 -->Target ID : 394 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_MTPO_SOAS ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_MTPO_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 393 Assigned targetID: 393 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_MTPO_SOAP -->Data type : 1 -->Container ID : 393 -->Target ID : 393 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_MTPO_SOAP ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_MTPO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 392 Assigned targetID: 392 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_MTPO -->Data type : 1 -->Container ID : 392 -->Target ID : 392 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MTPO -->HEMCO species ID: 147 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_MTPO ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_MTPA_SOAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 391 Assigned targetID: 391 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_MTPA_SOAS -->Data type : 1 -->Container ID : 391 -->Target ID : 391 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPA_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_MTPA_SOAS ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_MTPA_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 390 Assigned targetID: 390 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_MTPA_SOAP -->Data type : 1 -->Container ID : 390 -->Target ID : 390 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPA_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_MTPA_SOAP ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_MTPA HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 389 Assigned targetID: 389 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_MTPA -->Data type : 1 -->Container ID : 389 -->Target ID : 389 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPA_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MTPA -->HEMCO species ID: 146 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_MTPA ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_LIMO_SOAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 388 Assigned targetID: 388 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_LIMO_SOAS -->Data type : 1 -->Container ID : 388 -->Target ID : 388 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: LIMO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_LIMO_SOAS ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_LIMO_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 387 Assigned targetID: 387 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_LIMO_SOAP -->Data type : 1 -->Container ID : 387 -->Target ID : 387 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: LIMO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_LIMO_SOAP ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_LIMO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 386 Assigned targetID: 386 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_LIMO -->Data type : 1 -->Container ID : 386 -->Target ID : 386 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: LIMO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : LIMO -->HEMCO species ID: 124 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_LIMO ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_ISOP_SOAS HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 385 Assigned targetID: 385 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_ISOP_SOAS -->Data type : 1 -->Container ID : 385 -->Target ID : 385 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ISOP_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_ISOP_SOAS ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_ISOP_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 384 Assigned targetID: 384 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_ISOP_SOAP -->Data type : 1 -->Container ID : 384 -->Target ID : 384 -->File data home? -1000 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ISOP_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_ISOP_SOAP ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_ISOP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 383 Assigned targetID: 383 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_ISOP -->Data type : 1 -->Container ID : 383 -->Target ID : 383 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ISOP_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_ISOP ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_EOH HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 382 Assigned targetID: 382 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_EOH -->Data type : 1 -->Container ID : 382 -->Target ID : 382 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_EOH ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field BIOGENIC_C2H4 ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_ALD2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 380 Assigned targetID: 380 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_ALD2 -->Data type : 1 -->Container ID : 380 -->Target ID : 380 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_ALD2 ------------------------------------------------------------------------------- Register_Base: Checking BIOGENIC_ACET HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 379 Assigned targetID: 379 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOGENIC_ACET -->Data type : 1 -->Container ID : 379 -->Target ID : 379 -->File data home? -999 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ACET_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOGENIC_ACET ------------------------------------------------------------------------------- Register_Base: Checking EMIS_DST4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 378 Assigned targetID: 378 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EMIS_DST4 -->Data type : 1 -->Container ID : 378 -->Target ID : 378 -->File data home? -999 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST4 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST4 -->HEMCO species ID: 52 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EMIS_DST4 ------------------------------------------------------------------------------- Register_Base: Checking EMIS_DST3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 377 Assigned targetID: 377 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EMIS_DST3 -->Data type : 1 -->Container ID : 377 -->Target ID : 377 -->File data home? -999 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST3 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST3 -->HEMCO species ID: 51 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EMIS_DST3 ------------------------------------------------------------------------------- Register_Base: Checking EMIS_DST2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 376 Assigned targetID: 376 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EMIS_DST2 -->Data type : 1 -->Container ID : 376 -->Target ID : 376 -->File data home? -999 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST2 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST2 -->HEMCO species ID: 50 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EMIS_DST2 ------------------------------------------------------------------------------- Register_Base: Checking EMIS_DST1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 375 Assigned targetID: 375 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EMIS_DST1 -->Data type : 1 -->Container ID : 375 -->Target ID : 375 -->File data home? -999 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST1 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EMIS_DST1 ------------------------------------------------------------------------------- Register_Base: Checking PM25FINE_3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 374 Assigned targetID: 374 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PM25FINE_3 -->Data type : 1 -->Container ID : 374 -->Target ID : 374 -->File data home? -999 -->Source file : $ROOT/AFCID/v2018-04/PM25FINE_IITB_2013.generic.025x025.nc -->ncRead? T -->Shared data file? F -->Source parameter: PM25FINE -->Year range : 2013 2013 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 1 -->Hierarchy : 3 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PM25FINE_3 ------------------------------------------------------------------------------- Register_Base: Checking PM25FINE_2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 373 Assigned targetID: 373 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PM25FINE_2 -->Data type : 1 -->Container ID : 373 -->Target ID : 373 -->File data home? -999 -->Source file : $ROOT/AFCID/v2018-04/PM25FINE_MEIC_2012.generic.025x025.nc -->ncRead? T -->Shared data file? F -->Source parameter: PM25FINE -->Year range : 2012 2012 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 1 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PM25FINE_2 ------------------------------------------------------------------------------- Register_Base: Checking PM25FINE_1 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 372 Assigned targetID: 372 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container PM25FINE_1 -->Data type : 1 -->Container ID : 372 -->Target ID : 372 -->File data home? -999 -->Source file : $ROOT/AFCID/v2018-04/PM25FINE_ECLIPSE_2015.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: PM25FINE -->Year range : 2015 2015 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: PM25FINE_1 ------------------------------------------------------------------------------- Register_Base: Checking EOH_PLANTDECAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 371 Assigned targetID: 371 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EOH_PLANTDECAY -->Data type : 1 -->Container ID : 371 -->Target ID : 371 -->File data home? -1000 -->Source file : $ROOT/ALD2/v2017-03/resp.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HET_RESP -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 3 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: EOH_PLANTDECAY ------------------------------------------------------------------------------- Register_Base: Checking ALD2_PLANTDECAY HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 370 Assigned targetID: 370 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ALD2_PLANTDECAY -->Data type : 1 -->Container ID : 370 -->Target ID : 370 -->File data home? -999 -->Source file : $ROOT/ALD2/v2017-03/resp.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HET_RESP -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 3 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ALD2_PLANTDECAY ------------------------------------------------------------------------------- Register_Base: Checking AEIC_RCHO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 369 Assigned targetID: 369 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_RCHO -->Data type : 1 -->Container ID : 369 -->Target ID : 369 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : RCHO -->HEMCO species ID: 184 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_RCHO ------------------------------------------------------------------------------- Register_Base: Checking AEIC_MACR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 368 Assigned targetID: 368 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_MACR -->Data type : 1 -->Container ID : 368 -->Target ID : 368 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_MACR ------------------------------------------------------------------------------- Register_Base: Checking AEIC_PRPE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 367 Assigned targetID: 367 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_PRPE -->Data type : 1 -->Container ID : 367 -->Target ID : 367 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_PRPE ------------------------------------------------------------------------------- Register_Base: Checking AEIC_CH2O HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 366 Assigned targetID: 366 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_CH2O -->Data type : 1 -->Container ID : 366 -->Target ID : 366 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_CH2O ------------------------------------------------------------------------------- Register_Base: Checking AEIC_C3H8 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 365 Assigned targetID: 365 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_C3H8 -->Data type : 1 -->Container ID : 365 -->Target ID : 365 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_C3H8 ------------------------------------------------------------------------------- Register_Base: Checking AEIC_C2H6 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 364 Assigned targetID: 364 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_C2H6 -->Data type : 1 -->Container ID : 364 -->Target ID : 364 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_C2H6 ------------------------------------------------------------------------------- Register_Base: Checking AEIC_ALK4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 363 Assigned targetID: 363 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_ALK4 -->Data type : 1 -->Container ID : 363 -->Target ID : 363 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_ALK4 ------------------------------------------------------------------------------- Register_Base: Checking AEIC_ALD2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 362 Assigned targetID: 362 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_ALD2 -->Data type : 1 -->Container ID : 362 -->Target ID : 362 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_ALD2 ------------------------------------------------------------------------------- Register_Base: Checking AEIC_ACET HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 361 Assigned targetID: 361 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_ACET -->Data type : 1 -->Container ID : 361 -->Target ID : 361 -->File data home? -999 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_ACET ------------------------------------------------------------------------------- Register_Base: Checking AEIC_OCPI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 360 Assigned targetID: 360 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_OCPI -->Data type : 1 -->Container ID : 360 -->Target ID : 360 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_OCPI ------------------------------------------------------------------------------- Register_Base: Checking AEIC_BCPI HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 359 Assigned targetID: 359 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_BCPI -->Data type : 1 -->Container ID : 359 -->Target ID : 359 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_BCPI ------------------------------------------------------------------------------- Register_Base: Checking AEIC_SO4 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 358 Assigned targetID: 358 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_SO4 -->Data type : 1 -->Container ID : 358 -->Target ID : 358 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_SO4 ------------------------------------------------------------------------------- Register_Base: Checking AEIC_SO2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 357 Assigned targetID: 357 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_SO2 -->Data type : 1 -->Container ID : 357 -->Target ID : 357 -->File data home? -999 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_SO2 ------------------------------------------------------------------------------- Register_Base: Checking AEIC_SOAP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 356 Assigned targetID: 356 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_SOAP -->Data type : 1 -->Container ID : 356 -->Target ID : 356 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_SOAP ------------------------------------------------------------------------------- Register_Base: Checking AEIC_CO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 355 Assigned targetID: 355 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_CO -->Data type : 1 -->Container ID : 355 -->Target ID : 355 -->File data home? -999 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_CO ------------------------------------------------------------------------------- Register_Base: Checking AEIC_NO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 354 Assigned targetID: 354 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEIC_NO -->Data type : 1 -->Container ID : 354 -->Target ID : 354 -->File data home? -999 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO2 -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: AEIC_NO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 353 Assigned targetID: 353 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_SHP -->Data type : 1 -->Container ID : 353 -->Target ID : 353 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 102 -->Species name : NO -->HEMCO species ID: 161 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 352 Assigned targetID: 352 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_SHP -->Data type : 1 -->Container ID : 352 -->Target ID : 352 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 351 Assigned targetID: 351 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_SHP -->Data type : 1 -->Container ID : 351 -->Target ID : 351 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 350 Assigned targetID: 350 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_SHP -->Data type : 1 -->Container ID : 350 -->Target ID : 350 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 349 Assigned targetID: 349 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_SHP -->Data type : 1 -->Container ID : 349 -->Target ID : 349 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 348 Assigned targetID: 348 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_SHP -->Data type : 1 -->Container ID : 348 -->Target ID : 348 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 347 Assigned targetID: 347 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_SHP -->Data type : 1 -->Container ID : 347 -->Target ID : 347 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 346 Assigned targetID: 346 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_SHP -->Data type : 1 -->Container ID : 346 -->Target ID : 346 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_SHP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 344 Assigned targetID: 344 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_SHP -->Data type : 1 -->Container ID : 344 -->Target ID : 344 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_SHP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 342 Assigned targetID: 342 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_SHP -->Data type : 1 -->Container ID : 342 -->Target ID : 342 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 341 Assigned targetID: 341 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_SHP -->Data type : 1 -->Container ID : 341 -->Target ID : 341 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 340 Assigned targetID: 340 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_SHP -->Data type : 1 -->Container ID : 340 -->Target ID : 340 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 339 Assigned targetID: 339 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C3H8_SHP -->Data type : 1 -->Container ID : 339 -->Target ID : 339 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/C3H8-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: C3H8_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C3H8_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 338 Assigned targetID: 338 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C2H6_SHP -->Data type : 1 -->Container ID : 338 -->Target ID : 338 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/C2H6-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: C2H6_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C2H6_SHP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 336 Assigned targetID: 336 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_SHP -->Data type : 1 -->Container ID : 336 -->Target ID : 336 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 335 Assigned targetID: 335 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_SHP -->Data type : 1 -->Container ID : 335 -->Target ID : 335 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_SHP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_SHP ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 332 Assigned targetID: 332 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_SHP -->Data type : 1 -->Container ID : 332 -->Target ID : 332 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 331 Assigned targetID: 331 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_SHP -->Data type : 1 -->Container ID : 331 -->Target ID : 331 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 330 Assigned targetID: 330 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_SHP -->Data type : 1 -->Container ID : 330 -->Target ID : 330 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 329 Assigned targetID: 329 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_SHP -->Data type : 1 -->Container ID : 329 -->Target ID : 329 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 328 Assigned targetID: 328 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_SHP -->Data type : 1 -->Container ID : 328 -->Target ID : 328 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 327 Assigned targetID: 327 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_SHP -->Data type : 1 -->Container ID : 327 -->Target ID : 327 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 326 Assigned targetID: 326 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_SHP -->Data type : 1 -->Container ID : 326 -->Target ID : 326 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 325 Assigned targetID: 325 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_SHP -->Data type : 1 -->Container ID : 325 -->Target ID : 325 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 324 Assigned targetID: 324 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_SHP -->Data type : 1 -->Container ID : 324 -->Target ID : 324 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_SHP ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_SHP HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 323 Assigned targetID: 323 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_SHP -->Data type : 1 -->Container ID : 323 -->Target ID : 323 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_SHP ------------------------------------------------------------------------------- Register_Base: Checking ORDONEZ_CH2IBR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 322 Assigned targetID: 322 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ORDONEZ_CH2IBR -->Data type : 1 -->Container ID : 322 -->Target ID : 322 -->File data home? -999 -->Source file : $ROOT/IODINE/v2020-02/CH2IBr_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2IBr -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2IBr -->HEMCO species ID: 29 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ORDONEZ_CH2IBR ------------------------------------------------------------------------------- Register_Base: Checking ORDONEZ_CH2ICL HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 321 Assigned targetID: 321 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ORDONEZ_CH2ICL -->Data type : 1 -->Container ID : 321 -->Target ID : 321 -->File data home? -999 -->Source file : $ROOT/IODINE/v2020-02/CH2ICl_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2ICl -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2ICl -->HEMCO species ID: 30 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ORDONEZ_CH2ICL ------------------------------------------------------------------------------- Register_Base: Checking ORDONEZ_CH2I2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 320 Assigned targetID: 320 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ORDONEZ_CH2I2 -->Data type : 1 -->Container ID : 320 -->Target ID : 320 -->File data home? -999 -->Source file : $ROOT/IODINE/v2020-02/CH2I2_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2I2 -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2I2 -->HEMCO species ID: 28 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ORDONEZ_CH2I2 ------------------------------------------------------------------------------- Register_Base: Checking ORDONEZ_CH3I HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 319 Assigned targetID: 319 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ORDONEZ_CH3I -->Data type : 1 -->Container ID : 319 -->Target ID : 319 -->File data home? -999 -->Source file : $ROOT/IODINE/v2020-02/CH3I_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3I -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH3I -->HEMCO species ID: 35 -->Category : 1 -->Hierarchy : 50 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: ORDONEZ_CH3I ------------------------------------------------------------------------------- Register_Base: Checking LIANG_CH2BR2 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 318 Assigned targetID: 318 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LIANG_CH2BR2 -->Data type : 1 -->Container ID : 318 -->Target ID : 318 -->File data home? -999 -->Source file : $ROOT/BROMINE/v2015-02/Bromocarb_Liang2010.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2Br2_emission -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2Br2 -->HEMCO species ID: 26 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LIANG_CH2BR2 ------------------------------------------------------------------------------- Register_Base: Checking LIANG_CHBR3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 317 Assigned targetID: 317 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LIANG_CHBR3 -->Data type : 1 -->Container ID : 317 -->Target ID : 317 -->File data home? -999 -->Source file : $ROOT/BROMINE/v2015-02/Bromocarb_Liang2010.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHBr3_emission -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CHBr3 -->HEMCO species ID: 37 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: LIANG_CHBR3 ------------------------------------------------------------------------------- Register_Base: Checking BIOFUEL_C3H8 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 316 Assigned targetID: 316 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BIOFUEL_C3H8 -->Data type : 1 -->Container ID : 316 -->Target ID : 316 -->File data home? -999 -->Source file : $ROOT/BIOFUEL/v2019-08/biofuel.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: BIOFUEL_C3H8 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 10 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: BIOFUEL_C3H8 ------------------------------------------------------------------------------- Register_Base: Checking XIAO_C3H8 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 315 Assigned targetID: 315 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container XIAO_C3H8 -->Data type : 1 -->Container ID : 315 -->Target ID : 315 -->File data home? -999 -->Source file : $ROOT/XIAO/v2014-09/C3H8_C2H6_ngas.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: C3H8 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 10 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: XIAO_C3H8 ------------------------------------------------------------------------------- Register_Base: Checking C2H6_2010_biofuel HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 314 Assigned targetID: 314 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container C2H6_2010_biofuel -->Data type : 1 -->Container ID : 314 -->Target ID : 314 -->File data home? -999 -->Source file : $ROOT/C2H6_2010/v2019-06/C2H6_global_anth_biof.2010$MM.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: BIOFUEL_C2H6 -->Year range : 2010 2010 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 100 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: C2H6_2010_biofuel ------------------------------------------------------------------------------- Register_Base: Checking C2H6_2010_oilgas HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 313 Assigned targetID: 313 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container C2H6_2010_oilgas -->Data type : 1 -->Container ID : 313 -->Target ID : 313 -->File data home? -999 -->Source file : $ROOT/C2H6_2010/v2019-06/C2H6_global_anth_biof.2010$MM.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: ANTHR_C2H6 -->Year range : 2010 2010 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 100 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: C2H6_2010_oilgas ------------------------------------------------------------------------------- Register_Base: Checking SEABIRD_NH3 HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 312 Assigned targetID: 312 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SEABIRD_NH3 -->Data type : 1 -->Container ID : 312 -->Target ID : 312 -->File data home? -999 -->Source file : $ROOT/NH3/v2018-04/NH3_Arctic_seabirds.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_SEABIRDS -->Year range : 1990 1990 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 30 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: SEABIRD_NH3 ------------------------------------------------------------------------------- Register_Base: Checking GEIA_NH3_NATU HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 311 Assigned targetID: 311 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEIA_NH3_NATU -->Data type : 1 -->Container ID : 311 -->Target ID : 311 -->File data home? -999 -->Source file : $ROOT/NH3/v2019-08/NH3_geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_NATU -->Year range : 1990 1990 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 3 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: GEIA_NH3_NATU ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 310 Assigned targetID: 310 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_WST -->Data type : 1 -->Container ID : 310 -->Target ID : 310 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 309 Assigned targetID: 309 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_SLV -->Data type : 1 -->Container ID : 309 -->Target ID : 309 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 308 Assigned targetID: 308 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_RCOO -->Data type : 1 -->Container ID : 308 -->Target ID : 308 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 307 Assigned targetID: 307 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_RCOC -->Data type : 1 -->Container ID : 307 -->Target ID : 307 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 306 Assigned targetID: 306 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_RCOR -->Data type : 1 -->Container ID : 306 -->Target ID : 306 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 305 Assigned targetID: 305 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_ROAD -->Data type : 1 -->Container ID : 305 -->Target ID : 305 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 304 Assigned targetID: 304 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_NRTR -->Data type : 1 -->Container ID : 304 -->Target ID : 304 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 303 Assigned targetID: 303 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_IND -->Data type : 1 -->Container ID : 303 -->Target ID : 303 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 302 Assigned targetID: 302 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_ENE -->Data type : 1 -->Container ID : 302 -->Target ID : 302 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_HCOOH_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 301 Assigned targetID: 301 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_HCOOH_AGR -->Data type : 1 -->Container ID : 301 -->Target ID : 301 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_HCOOH_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 300 Assigned targetID: 300 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_WST -->Data type : 1 -->Container ID : 300 -->Target ID : 300 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 299 Assigned targetID: 299 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_SLV -->Data type : 1 -->Container ID : 299 -->Target ID : 299 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 298 Assigned targetID: 298 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_RCOO -->Data type : 1 -->Container ID : 298 -->Target ID : 298 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 297 Assigned targetID: 297 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_RCOC -->Data type : 1 -->Container ID : 297 -->Target ID : 297 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 296 Assigned targetID: 296 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_RCOR -->Data type : 1 -->Container ID : 296 -->Target ID : 296 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 295 Assigned targetID: 295 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_ROAD -->Data type : 1 -->Container ID : 295 -->Target ID : 295 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 294 Assigned targetID: 294 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_NRTR -->Data type : 1 -->Container ID : 294 -->Target ID : 294 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 293 Assigned targetID: 293 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_IND -->Data type : 1 -->Container ID : 293 -->Target ID : 293 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 292 Assigned targetID: 292 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_ENE -->Data type : 1 -->Container ID : 292 -->Target ID : 292 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MEK_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 291 Assigned targetID: 291 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MEK_AGR -->Data type : 1 -->Container ID : 291 -->Target ID : 291 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MEK_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 290 Assigned targetID: 290 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_WST -->Data type : 1 -->Container ID : 290 -->Target ID : 290 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 289 Assigned targetID: 289 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_SLV -->Data type : 1 -->Container ID : 289 -->Target ID : 289 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 288 Assigned targetID: 288 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_RCOO -->Data type : 1 -->Container ID : 288 -->Target ID : 288 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 287 Assigned targetID: 287 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_RCOC -->Data type : 1 -->Container ID : 287 -->Target ID : 287 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 286 Assigned targetID: 286 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_RCOR -->Data type : 1 -->Container ID : 286 -->Target ID : 286 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 285 Assigned targetID: 285 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_ROAD -->Data type : 1 -->Container ID : 285 -->Target ID : 285 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 284 Assigned targetID: 284 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_NRTR -->Data type : 1 -->Container ID : 284 -->Target ID : 284 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 283 Assigned targetID: 283 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_IND -->Data type : 1 -->Container ID : 283 -->Target ID : 283 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 282 Assigned targetID: 282 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_ENE -->Data type : 1 -->Container ID : 282 -->Target ID : 282 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_ALD2_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 281 Assigned targetID: 281 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_ALD2_AGR -->Data type : 1 -->Container ID : 281 -->Target ID : 281 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_ALD2_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 280 Assigned targetID: 280 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_WST -->Data type : 1 -->Container ID : 280 -->Target ID : 280 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 279 Assigned targetID: 279 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_SLV -->Data type : 1 -->Container ID : 279 -->Target ID : 279 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 278 Assigned targetID: 278 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_RCOO -->Data type : 1 -->Container ID : 278 -->Target ID : 278 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 277 Assigned targetID: 277 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_RCOC -->Data type : 1 -->Container ID : 277 -->Target ID : 277 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 276 Assigned targetID: 276 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_RCOR -->Data type : 1 -->Container ID : 276 -->Target ID : 276 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 275 Assigned targetID: 275 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_ROAD -->Data type : 1 -->Container ID : 275 -->Target ID : 275 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 274 Assigned targetID: 274 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_NRTR -->Data type : 1 -->Container ID : 274 -->Target ID : 274 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 273 Assigned targetID: 273 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_IND -->Data type : 1 -->Container ID : 273 -->Target ID : 273 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 272 Assigned targetID: 272 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_ENE -->Data type : 1 -->Container ID : 272 -->Target ID : 272 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CH2O_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 271 Assigned targetID: 271 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CH2O_AGR -->Data type : 1 -->Container ID : 271 -->Target ID : 271 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CH2O_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 270 Assigned targetID: 270 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_WST -->Data type : 1 -->Container ID : 270 -->Target ID : 270 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 269 Assigned targetID: 269 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_SLV -->Data type : 1 -->Container ID : 269 -->Target ID : 269 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 268 Assigned targetID: 268 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_RCOO -->Data type : 1 -->Container ID : 268 -->Target ID : 268 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 267 Assigned targetID: 267 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_RCOC -->Data type : 1 -->Container ID : 267 -->Target ID : 267 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 266 Assigned targetID: 266 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_RCOR -->Data type : 1 -->Container ID : 266 -->Target ID : 266 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 265 Assigned targetID: 265 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_ROAD -->Data type : 1 -->Container ID : 265 -->Target ID : 265 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 264 Assigned targetID: 264 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_NRTR -->Data type : 1 -->Container ID : 264 -->Target ID : 264 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 263 Assigned targetID: 263 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_IND -->Data type : 1 -->Container ID : 263 -->Target ID : 263 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 262 Assigned targetID: 262 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_ENE -->Data type : 1 -->Container ID : 262 -->Target ID : 262 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_XYLE_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 261 Assigned targetID: 261 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_XYLE_AGR -->Data type : 1 -->Container ID : 261 -->Target ID : 261 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_XYLE_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 260 Assigned targetID: 260 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_WST -->Data type : 1 -->Container ID : 260 -->Target ID : 260 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 259 Assigned targetID: 259 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_SLV -->Data type : 1 -->Container ID : 259 -->Target ID : 259 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 258 Assigned targetID: 258 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_RCOO -->Data type : 1 -->Container ID : 258 -->Target ID : 258 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 257 Assigned targetID: 257 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_RCOC -->Data type : 1 -->Container ID : 257 -->Target ID : 257 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 256 Assigned targetID: 256 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_RCOR -->Data type : 1 -->Container ID : 256 -->Target ID : 256 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 255 Assigned targetID: 255 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_ROAD -->Data type : 1 -->Container ID : 255 -->Target ID : 255 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 254 Assigned targetID: 254 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_NRTR -->Data type : 1 -->Container ID : 254 -->Target ID : 254 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 253 Assigned targetID: 253 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_IND -->Data type : 1 -->Container ID : 253 -->Target ID : 253 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 252 Assigned targetID: 252 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_ENE -->Data type : 1 -->Container ID : 252 -->Target ID : 252 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_TOLU_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 251 Assigned targetID: 251 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_TOLU_AGR -->Data type : 1 -->Container ID : 251 -->Target ID : 251 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_TOLU_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 250 Assigned targetID: 250 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_WST -->Data type : 1 -->Container ID : 250 -->Target ID : 250 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 249 Assigned targetID: 249 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_SLV -->Data type : 1 -->Container ID : 249 -->Target ID : 249 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 248 Assigned targetID: 248 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_RCOO -->Data type : 1 -->Container ID : 248 -->Target ID : 248 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 247 Assigned targetID: 247 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_RCOC -->Data type : 1 -->Container ID : 247 -->Target ID : 247 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 246 Assigned targetID: 246 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_RCOR -->Data type : 1 -->Container ID : 246 -->Target ID : 246 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 245 Assigned targetID: 245 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_ROAD -->Data type : 1 -->Container ID : 245 -->Target ID : 245 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 244 Assigned targetID: 244 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_NRTR -->Data type : 1 -->Container ID : 244 -->Target ID : 244 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 243 Assigned targetID: 243 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_IND -->Data type : 1 -->Container ID : 243 -->Target ID : 243 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 242 Assigned targetID: 242 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_ENE -->Data type : 1 -->Container ID : 242 -->Target ID : 242 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BENZ_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 241 Assigned targetID: 241 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BENZ_AGR -->Data type : 1 -->Container ID : 241 -->Target ID : 241 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BENZ_AGR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_WST ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_SLV ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_RCOO ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_RCOC ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_RCOR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_ROAD ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_NRTR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_IND ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_ENE ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H2_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 230 Assigned targetID: 230 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_WST -->Data type : 1 -->Container ID : 230 -->Target ID : 230 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 229 Assigned targetID: 229 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_SLV -->Data type : 1 -->Container ID : 229 -->Target ID : 229 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 228 Assigned targetID: 228 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_RCOO -->Data type : 1 -->Container ID : 228 -->Target ID : 228 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 227 Assigned targetID: 227 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_RCOC -->Data type : 1 -->Container ID : 227 -->Target ID : 227 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 226 Assigned targetID: 226 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_RCOR -->Data type : 1 -->Container ID : 226 -->Target ID : 226 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 225 Assigned targetID: 225 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_ROAD -->Data type : 1 -->Container ID : 225 -->Target ID : 225 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 224 Assigned targetID: 224 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_NRTR -->Data type : 1 -->Container ID : 224 -->Target ID : 224 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 223 Assigned targetID: 223 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_IND -->Data type : 1 -->Container ID : 223 -->Target ID : 223 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 222 Assigned targetID: 222 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_ENE -->Data type : 1 -->Container ID : 222 -->Target ID : 222 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_PRPE_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 221 Assigned targetID: 221 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_PRPE_AGR -->Data type : 1 -->Container ID : 221 -->Target ID : 221 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_PRPE_AGR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_WST ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_SLV ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_RCOO ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_RCOC ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_RCOR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_ROAD ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_NRTR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_IND ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_ENE ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_C2H4_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 210 Assigned targetID: 210 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_WST -->Data type : 1 -->Container ID : 210 -->Target ID : 210 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 209 Assigned targetID: 209 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_SLV -->Data type : 1 -->Container ID : 209 -->Target ID : 209 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 208 Assigned targetID: 208 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_RCOO -->Data type : 1 -->Container ID : 208 -->Target ID : 208 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 207 Assigned targetID: 207 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_RCOC -->Data type : 1 -->Container ID : 207 -->Target ID : 207 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 206 Assigned targetID: 206 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_RCOR -->Data type : 1 -->Container ID : 206 -->Target ID : 206 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 205 Assigned targetID: 205 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_ROAD -->Data type : 1 -->Container ID : 205 -->Target ID : 205 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 204 Assigned targetID: 204 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_NRTR -->Data type : 1 -->Container ID : 204 -->Target ID : 204 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 203 Assigned targetID: 203 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_IND -->Data type : 1 -->Container ID : 203 -->Target ID : 203 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 202 Assigned targetID: 202 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_ENE -->Data type : 1 -->Container ID : 202 -->Target ID : 202 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C6H14_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 201 Assigned targetID: 201 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C6H14_AGR -->Data type : 1 -->Container ID : 201 -->Target ID : 201 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C6H14_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 200 Assigned targetID: 200 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_WST -->Data type : 1 -->Container ID : 200 -->Target ID : 200 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 199 Assigned targetID: 199 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_SLV -->Data type : 1 -->Container ID : 199 -->Target ID : 199 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 198 Assigned targetID: 198 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_RCOO -->Data type : 1 -->Container ID : 198 -->Target ID : 198 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 197 Assigned targetID: 197 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_RCOC -->Data type : 1 -->Container ID : 197 -->Target ID : 197 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 196 Assigned targetID: 196 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_RCOR -->Data type : 1 -->Container ID : 196 -->Target ID : 196 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 195 Assigned targetID: 195 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_ROAD -->Data type : 1 -->Container ID : 195 -->Target ID : 195 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 194 Assigned targetID: 194 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_NRTR -->Data type : 1 -->Container ID : 194 -->Target ID : 194 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 193 Assigned targetID: 193 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_IND -->Data type : 1 -->Container ID : 193 -->Target ID : 193 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 192 Assigned targetID: 192 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_ENE -->Data type : 1 -->Container ID : 192 -->Target ID : 192 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C5H12_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 191 Assigned targetID: 191 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C5H12_AGR -->Data type : 1 -->Container ID : 191 -->Target ID : 191 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C5H12_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 190 Assigned targetID: 190 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_WST -->Data type : 1 -->Container ID : 190 -->Target ID : 190 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 189 Assigned targetID: 189 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_SLV -->Data type : 1 -->Container ID : 189 -->Target ID : 189 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 188 Assigned targetID: 188 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_RCOO -->Data type : 1 -->Container ID : 188 -->Target ID : 188 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 187 Assigned targetID: 187 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_RCOC -->Data type : 1 -->Container ID : 187 -->Target ID : 187 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 186 Assigned targetID: 186 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_RCOR -->Data type : 1 -->Container ID : 186 -->Target ID : 186 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 185 Assigned targetID: 185 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_ROAD -->Data type : 1 -->Container ID : 185 -->Target ID : 185 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 184 Assigned targetID: 184 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_NRTR -->Data type : 1 -->Container ID : 184 -->Target ID : 184 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 183 Assigned targetID: 183 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_IND -->Data type : 1 -->Container ID : 183 -->Target ID : 183 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 182 Assigned targetID: 182 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_ENE -->Data type : 1 -->Container ID : 182 -->Target ID : 182 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C4H10_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 181 Assigned targetID: 181 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_C4H10_AGR -->Data type : 1 -->Container ID : 181 -->Target ID : 181 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_C4H10_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_WST because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 180 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_SLV because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 179 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_RCOO because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 178 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_RCOC because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 177 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_RCOR because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 176 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_ROAD because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 175 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_NRTR because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 174 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_IND because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 173 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_ENE because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 172 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C3H8_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C3H8_AGR because of BIOFUEL_C3H8 HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 171 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_WST because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 170 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_SLV because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 169 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_RCOO because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 168 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_RCOC because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 167 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_RCOR because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 166 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_ROAD because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 165 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_NRTR because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 164 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_IND because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 163 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_ENE because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 162 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Checking CEDS_C2H6_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) Skip container CEDS_C2H6_AGR because of C2H6_2010_biofuel HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 161 Assigned targetID: -999 ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 159 Assigned targetID: 159 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_WST -->Data type : 1 -->Container ID : 159 -->Target ID : 159 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 158 Assigned targetID: 158 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_WST -->Data type : 1 -->Container ID : 158 -->Target ID : 158 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_WST ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 156 Assigned targetID: 156 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_SLV -->Data type : 1 -->Container ID : 156 -->Target ID : 156 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 155 Assigned targetID: 155 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_SLV -->Data type : 1 -->Container ID : 155 -->Target ID : 155 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_SLV ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 153 Assigned targetID: 153 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_RCOO -->Data type : 1 -->Container ID : 153 -->Target ID : 153 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 152 Assigned targetID: 152 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_RCOO -->Data type : 1 -->Container ID : 152 -->Target ID : 152 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_RCOO ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 150 Assigned targetID: 150 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_RCOC -->Data type : 1 -->Container ID : 150 -->Target ID : 150 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 149 Assigned targetID: 149 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_RCOC -->Data type : 1 -->Container ID : 149 -->Target ID : 149 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_RCOC ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 147 Assigned targetID: 147 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_RCOR -->Data type : 1 -->Container ID : 147 -->Target ID : 147 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 146 Assigned targetID: 146 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_RCOR -->Data type : 1 -->Container ID : 146 -->Target ID : 146 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_RCOR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 144 Assigned targetID: 144 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_ROAD -->Data type : 1 -->Container ID : 144 -->Target ID : 144 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 143 Assigned targetID: 143 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_ROAD -->Data type : 1 -->Container ID : 143 -->Target ID : 143 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_ROAD ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 141 Assigned targetID: 141 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_NRTR -->Data type : 1 -->Container ID : 141 -->Target ID : 141 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 140 Assigned targetID: 140 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_NRTR -->Data type : 1 -->Container ID : 140 -->Target ID : 140 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_NRTR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 138 Assigned targetID: 138 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_IND -->Data type : 1 -->Container ID : 138 -->Target ID : 138 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 137 Assigned targetID: 137 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_IND -->Data type : 1 -->Container ID : 137 -->Target ID : 137 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_IND ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 135 Assigned targetID: 135 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_ENE -->Data type : 1 -->Container ID : 135 -->Target ID : 135 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 134 Assigned targetID: 134 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_ENE -->Data type : 1 -->Container ID : 134 -->Target ID : 134 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_ENE ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_ROH_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_EOH_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 132 Assigned targetID: 132 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_EOH_AGR -->Data type : 1 -->Container ID : 132 -->Target ID : 132 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_EOH_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_MOH_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 131 Assigned targetID: 131 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_MOH_AGR -->Data type : 1 -->Container ID : 131 -->Target ID : 131 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_MOH_AGR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_WST ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 128 Assigned targetID: 128 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_WST -->Data type : 1 -->Container ID : 128 -->Target ID : 128 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 127 Assigned targetID: 127 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_WST -->Data type : 1 -->Container ID : 127 -->Target ID : 127 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_WST ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_SLV ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 124 Assigned targetID: 124 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_SLV -->Data type : 1 -->Container ID : 124 -->Target ID : 124 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 123 Assigned targetID: 123 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_SLV -->Data type : 1 -->Container ID : 123 -->Target ID : 123 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_SLV ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_RCOO ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 120 Assigned targetID: 120 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_RCOO -->Data type : 1 -->Container ID : 120 -->Target ID : 120 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 119 Assigned targetID: 119 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_RCOO -->Data type : 1 -->Container ID : 119 -->Target ID : 119 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_RCOO ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_RCOC ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 116 Assigned targetID: 116 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_RCOC -->Data type : 1 -->Container ID : 116 -->Target ID : 116 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 115 Assigned targetID: 115 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_RCOC -->Data type : 1 -->Container ID : 115 -->Target ID : 115 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_RCOC ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_RCOR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 112 Assigned targetID: 112 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_RCOR -->Data type : 1 -->Container ID : 112 -->Target ID : 112 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 111 Assigned targetID: 111 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_RCOR -->Data type : 1 -->Container ID : 111 -->Target ID : 111 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_RCOR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_ROAD ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 108 Assigned targetID: 108 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_ROAD -->Data type : 1 -->Container ID : 108 -->Target ID : 108 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 107 Assigned targetID: 107 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_ROAD -->Data type : 1 -->Container ID : 107 -->Target ID : 107 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_ROAD ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_NRTR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 104 Assigned targetID: 104 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_NRTR -->Data type : 1 -->Container ID : 104 -->Target ID : 104 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 103 Assigned targetID: 103 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_NRTR -->Data type : 1 -->Container ID : 103 -->Target ID : 103 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_NRTR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_IND ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 100 Assigned targetID: 100 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_IND -->Data type : 1 -->Container ID : 100 -->Target ID : 100 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 99 Assigned targetID: 99 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_IND -->Data type : 1 -->Container ID : 99 -->Target ID : 99 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_IND ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_ENE ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 96 Assigned targetID: 96 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_ENE -->Data type : 1 -->Container ID : 96 -->Target ID : 96 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 95 Assigned targetID: 95 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_ENE -->Data type : 1 -->Container ID : 95 -->Target ID : 95 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_ENE ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG2_AGR ------------------------------------------------------------------------------- Register_Base: Ignore (and remove) base field CEDS_POG1_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPO_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 92 Assigned targetID: 92 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPO_AGR -->Data type : 1 -->Container ID : 92 -->Target ID : 92 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPO_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_OCPI_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 91 Assigned targetID: 91 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_OCPI_AGR -->Data type : 1 -->Container ID : 91 -->Target ID : 91 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_OCPI_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 90 Assigned targetID: 90 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_WST -->Data type : 1 -->Container ID : 90 -->Target ID : 90 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 89 Assigned targetID: 89 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_WST -->Data type : 1 -->Container ID : 89 -->Target ID : 89 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 88 Assigned targetID: 88 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_SLV -->Data type : 1 -->Container ID : 88 -->Target ID : 88 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 87 Assigned targetID: 87 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_SLV -->Data type : 1 -->Container ID : 87 -->Target ID : 87 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 86 Assigned targetID: 86 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_RCOO -->Data type : 1 -->Container ID : 86 -->Target ID : 86 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 85 Assigned targetID: 85 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_RCOO -->Data type : 1 -->Container ID : 85 -->Target ID : 85 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 84 Assigned targetID: 84 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_RCOC -->Data type : 1 -->Container ID : 84 -->Target ID : 84 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 83 Assigned targetID: 83 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_RCOC -->Data type : 1 -->Container ID : 83 -->Target ID : 83 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 82 Assigned targetID: 82 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_RCOR -->Data type : 1 -->Container ID : 82 -->Target ID : 82 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 81 Assigned targetID: 81 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_RCOR -->Data type : 1 -->Container ID : 81 -->Target ID : 81 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 80 Assigned targetID: 80 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_ROAD -->Data type : 1 -->Container ID : 80 -->Target ID : 80 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 79 Assigned targetID: 79 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_ROAD -->Data type : 1 -->Container ID : 79 -->Target ID : 79 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 78 Assigned targetID: 78 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_NRTR -->Data type : 1 -->Container ID : 78 -->Target ID : 78 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 77 Assigned targetID: 77 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_NRTR -->Data type : 1 -->Container ID : 77 -->Target ID : 77 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 76 Assigned targetID: 76 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_IND -->Data type : 1 -->Container ID : 76 -->Target ID : 76 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 75 Assigned targetID: 75 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_IND -->Data type : 1 -->Container ID : 75 -->Target ID : 75 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 74 Assigned targetID: 74 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_ENE -->Data type : 1 -->Container ID : 74 -->Target ID : 74 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 73 Assigned targetID: 73 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_ENE -->Data type : 1 -->Container ID : 73 -->Target ID : 73 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPO_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 72 Assigned targetID: 72 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPO_AGR -->Data type : 1 -->Container ID : 72 -->Target ID : 72 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPO_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_BCPI_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 71 Assigned targetID: 71 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_BCPI_AGR -->Data type : 1 -->Container ID : 71 -->Target ID : 71 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_BCPI_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 70 Assigned targetID: 70 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_WST -->Data type : 1 -->Container ID : 70 -->Target ID : 70 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 69 Assigned targetID: 69 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_SLV -->Data type : 1 -->Container ID : 69 -->Target ID : 69 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 68 Assigned targetID: 68 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_RCOO -->Data type : 1 -->Container ID : 68 -->Target ID : 68 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 67 Assigned targetID: 67 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_RCOC -->Data type : 1 -->Container ID : 67 -->Target ID : 67 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 66 Assigned targetID: 66 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_RCOR -->Data type : 1 -->Container ID : 66 -->Target ID : 66 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 65 Assigned targetID: 65 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_ROAD -->Data type : 1 -->Container ID : 65 -->Target ID : 65 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 64 Assigned targetID: 64 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_NRTR -->Data type : 1 -->Container ID : 64 -->Target ID : 64 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 63 Assigned targetID: 63 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_IND -->Data type : 1 -->Container ID : 63 -->Target ID : 63 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 62 Assigned targetID: 62 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_ENE -->Data type : 1 -->Container ID : 62 -->Target ID : 62 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NH3_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 61 Assigned targetID: 61 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NH3_AGR -->Data type : 1 -->Container ID : 61 -->Target ID : 61 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NH3_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 60 Assigned targetID: 60 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_WST -->Data type : 1 -->Container ID : 60 -->Target ID : 60 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 59 Assigned targetID: 59 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_WST -->Data type : 1 -->Container ID : 59 -->Target ID : 59 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 58 Assigned targetID: 58 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_WST -->Data type : 1 -->Container ID : 58 -->Target ID : 58 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 57 Assigned targetID: 57 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_SLV -->Data type : 1 -->Container ID : 57 -->Target ID : 57 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 56 Assigned targetID: 56 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_SLV -->Data type : 1 -->Container ID : 56 -->Target ID : 56 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 55 Assigned targetID: 55 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_SLV -->Data type : 1 -->Container ID : 55 -->Target ID : 55 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 54 Assigned targetID: 54 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_RCOO -->Data type : 1 -->Container ID : 54 -->Target ID : 54 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 53 Assigned targetID: 53 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_RCOO -->Data type : 1 -->Container ID : 53 -->Target ID : 53 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 52 Assigned targetID: 52 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_RCOO -->Data type : 1 -->Container ID : 52 -->Target ID : 52 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 51 Assigned targetID: 51 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_RCOC -->Data type : 1 -->Container ID : 51 -->Target ID : 51 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 50 Assigned targetID: 50 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_RCOC -->Data type : 1 -->Container ID : 50 -->Target ID : 50 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 49 Assigned targetID: 49 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_RCOC -->Data type : 1 -->Container ID : 49 -->Target ID : 49 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 48 Assigned targetID: 48 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_RCOR -->Data type : 1 -->Container ID : 48 -->Target ID : 48 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 47 Assigned targetID: 47 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_RCOR -->Data type : 1 -->Container ID : 47 -->Target ID : 47 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 46 Assigned targetID: 46 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_RCOR -->Data type : 1 -->Container ID : 46 -->Target ID : 46 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 45 Assigned targetID: 45 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_ROAD -->Data type : 1 -->Container ID : 45 -->Target ID : 45 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 44 Assigned targetID: 44 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_ROAD -->Data type : 1 -->Container ID : 44 -->Target ID : 44 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 43 Assigned targetID: 43 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_ROAD -->Data type : 1 -->Container ID : 43 -->Target ID : 43 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 42 Assigned targetID: 42 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_NRTR -->Data type : 1 -->Container ID : 42 -->Target ID : 42 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 41 Assigned targetID: 41 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_NRTR -->Data type : 1 -->Container ID : 41 -->Target ID : 41 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 40 Assigned targetID: 40 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_NRTR -->Data type : 1 -->Container ID : 40 -->Target ID : 40 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 39 Assigned targetID: 39 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_IND -->Data type : 1 -->Container ID : 39 -->Target ID : 39 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 38 Assigned targetID: 38 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_IND -->Data type : 1 -->Container ID : 38 -->Target ID : 38 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 37 Assigned targetID: 37 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_IND -->Data type : 1 -->Container ID : 37 -->Target ID : 37 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 36 Assigned targetID: 36 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_ENE -->Data type : 1 -->Container ID : 36 -->Target ID : 36 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 35 Assigned targetID: 35 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_ENE -->Data type : 1 -->Container ID : 35 -->Target ID : 35 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 34 Assigned targetID: 34 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_ENE -->Data type : 1 -->Container ID : 34 -->Target ID : 34 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_pFe_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 33 Assigned targetID: 33 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_pFe_AGR -->Data type : 1 -->Container ID : 33 -->Target ID : 33 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_pFe_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO4_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 32 Assigned targetID: 32 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO4_AGR -->Data type : 1 -->Container ID : 32 -->Target ID : 32 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO4_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SO2_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 31 Assigned targetID: 31 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SO2_AGR -->Data type : 1 -->Container ID : 31 -->Target ID : 31 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SO2_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 30 Assigned targetID: 30 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_WST -->Data type : 1 -->Container ID : 30 -->Target ID : 30 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 29 Assigned targetID: 29 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_WST -->Data type : 1 -->Container ID : 29 -->Target ID : 29 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 28 Assigned targetID: 28 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_SLV -->Data type : 1 -->Container ID : 28 -->Target ID : 28 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 27 Assigned targetID: 27 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_SLV -->Data type : 1 -->Container ID : 27 -->Target ID : 27 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 26 Assigned targetID: 26 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_RCOO -->Data type : 1 -->Container ID : 26 -->Target ID : 26 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 25 Assigned targetID: 25 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_RCOO -->Data type : 1 -->Container ID : 25 -->Target ID : 25 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 24 Assigned targetID: 24 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_RCOC -->Data type : 1 -->Container ID : 24 -->Target ID : 24 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 23 Assigned targetID: 23 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_RCOC -->Data type : 1 -->Container ID : 23 -->Target ID : 23 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 22 Assigned targetID: 22 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_RCOR -->Data type : 1 -->Container ID : 22 -->Target ID : 22 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 21 Assigned targetID: 21 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_RCOR -->Data type : 1 -->Container ID : 21 -->Target ID : 21 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 20 Assigned targetID: 20 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_ROAD -->Data type : 1 -->Container ID : 20 -->Target ID : 20 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 19 Assigned targetID: 19 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_ROAD -->Data type : 1 -->Container ID : 19 -->Target ID : 19 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 18 Assigned targetID: 18 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_NRTR -->Data type : 1 -->Container ID : 18 -->Target ID : 18 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 17 Assigned targetID: 17 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_NRTR -->Data type : 1 -->Container ID : 17 -->Target ID : 17 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 16 Assigned targetID: 16 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_IND -->Data type : 1 -->Container ID : 16 -->Target ID : 16 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 15 Assigned targetID: 15 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_IND -->Data type : 1 -->Container ID : 15 -->Target ID : 15 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 14 Assigned targetID: 14 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_ENE -->Data type : 1 -->Container ID : 14 -->Target ID : 14 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 13 Assigned targetID: 13 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_ENE -->Data type : 1 -->Container ID : 13 -->Target ID : 13 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_SOAP_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 12 Assigned targetID: 12 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_SOAP_AGR -->Data type : 1 -->Container ID : 12 -->Target ID : 12 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_SOAP_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_CO_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 11 Assigned targetID: 11 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_CO_AGR -->Data type : 1 -->Container ID : 11 -->Target ID : 11 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_CO_AGR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_WST HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 10 Assigned targetID: 10 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_WST -->Data type : 1 -->Container ID : 10 -->Target ID : 10 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_WST ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_SLV HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 9 Assigned targetID: 9 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_SLV -->Data type : 1 -->Container ID : 9 -->Target ID : 9 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_SLV ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_RCOO HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 8 Assigned targetID: 8 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_RCOO -->Data type : 1 -->Container ID : 8 -->Target ID : 8 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_RCOO ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_RCOC HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 7 Assigned targetID: 7 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_RCOC -->Data type : 1 -->Container ID : 7 -->Target ID : 7 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_RCOC ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_RCOR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 6 Assigned targetID: 6 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_RCOR -->Data type : 1 -->Container ID : 6 -->Target ID : 6 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_RCOR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_ROAD HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 5 Assigned targetID: 5 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_ROAD -->Data type : 1 -->Container ID : 5 -->Target ID : 5 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_ROAD ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_NRTR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 4 Assigned targetID: 4 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_NRTR -->Data type : 1 -->Container ID : 4 -->Target ID : 4 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_NRTR ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_IND HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 3 Assigned targetID: 3 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_IND -->Data type : 1 -->Container ID : 3 -->Target ID : 3 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_IND ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_ENE HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 2 Assigned targetID: 2 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_ENE -->Data type : 1 -->Container ID : 2 -->Target ID : 2 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_ENE ------------------------------------------------------------------------------- Register_Base: Checking CEDS_NO_AGR HEMCO: Entering Get_targetID (hco_config_mod.F90) ( 4) HEMCO: Leaving Get_targetID (hco_config_mod.F90) ( 4) Container ID : 1 Assigned targetID: 1 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CEDS_NO_AGR -->Data type : 1 -->Container ID : 1 -->Target ID : 1 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Base field registered: CEDS_NO_AGR HEMCO: Leaving Register_Base (hco_config_mod.F90) ( 3) HEMCO: Entering Register_Scal (hco_config_mod.F90) ( 3) HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container vv2ppbv -->Data type : 2 -->Container ID : 1311 -->Target ID : 1311 -->File data home? -999 -->Source file : 1000000000 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 802 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: vv2ppbv HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container pptv2ppbv -->Data type : 2 -->Container ID : 1310 -->Target ID : 1310 -->File data home? -999 -->Source file : 0.001 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 801 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: pptv2ppbv HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoMTPA -->Data type : 2 -->Container ID : 1264 -->Target ID : 1264 -->File data home? -999 -->Source file : MATH:136.26/(10.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 62 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoMTPA HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoMBOX -->Data type : 2 -->Container ID : 1265 -->Target ID : 1265 -->File data home? -999 -->Source file : MATH:86.13/(5.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 64 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoMBOX HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoISOP -->Data type : 2 -->Container ID : 1263 -->Target ID : 1263 -->File data home? -999 -->Source file : MATH:68.13/(5.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 61 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoISOP HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoALD2 -->Data type : 2 -->Container ID : 1251 -->Target ID : 1251 -->File data home? -999 -->Source file : MATH:44.06/(2.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 41 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoALD2 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoACET -->Data type : 2 -->Container ID : 1250 -->Target ID : 1250 -->File data home? -999 -->Source file : MATH:58.09/(3.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 40 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoACET HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BrContent -->Data type : 2 -->Container ID : 1309 -->Target ID : 1309 -->File data home? -999 -->Source file : 2.11e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 617 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: BrContent HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SSChloride -->Data type : 2 -->Container ID : 1308 -->Target ID : 1308 -->File data home? -999 -->Source file : 0.5504 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 616 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: SSChloride HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SSAlkalinity -->Data type : 2 -->Container ID : 1307 -->Target ID : 1307 -->File data home? -999 -->Source file : 1.0 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 615 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: SSAlkalinity HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container OTHRtoSOA -->Data type : 2 -->Container ID : 1306 -->Target ID : 1306 -->File data home? -999 -->Source file : 0.0567 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 612 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: OTHRtoSOA HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoPRPE -->Data type : 2 -->Container ID : 1259 -->Target ID : 1259 -->File data home? -999 -->Source file : MATH:42.09/(3.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 49 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoPRPE HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container MONOtoSOA -->Data type : 2 -->Container ID : 1305 -->Target ID : 1305 -->File data home? -999 -->Source file : 0.0567 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 611 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: MONOtoSOA HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container ISOPtoSOA -->Data type : 2 -->Container ID : 1304 -->Target ID : 1304 -->File data home? -999 -->Source file : 0.0170 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 610 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: ISOPtoSOA HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoEOH -->Data type : 2 -->Container ID : 1257 -->Target ID : 1257 -->File data home? -999 -->Source file : MATH:46.06/(2.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 47 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoEOH HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container DST_SF -->Data type : 2 -->Container ID : 1303 -->Target ID : 1303 -->File data home? -999 -->Source file : 3.86e-4 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 606 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: DST_SF HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container INDIA_MASK -->Data type : 3 -->Container ID : 1313 -->Target ID : 1313 -->File data home? -999 -->Source file : $ROOT/MASKS/v2019-05/India_mask.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MASK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -1 -->Scal ID : 1010 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: INDIA_MASK HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CHINA_MASK -->Data type : 3 -->Container ID : 1312 -->Target ID : 1312 -->File data home? -999 -->Source file : $ROOT/MASKS/v2018-09/China_mask.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MASK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -1 -->Scal ID : 1009 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CHINA_MASK HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container YIELD_RESP_EOH -->Data type : 2 -->Container ID : 1288 -->Target ID : 1288 -->File data home? -999 -->Source file : 52.0e-6 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 86 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: YIELD_RESP_EOH HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container YIELD_RESP_ALD2 -->Data type : 2 -->Container ID : 1287 -->Target ID : 1287 -->File data home? -999 -->Source file : 55.0e-6 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 85 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: YIELD_RESP_ALD2 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICHC -->Data type : 2 -->Container ID : 1302 -->Target ID : 1302 -->File data home? -999 -->Source file : 1.160000e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 114 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICHC HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICRCHO -->Data type : 2 -->Container ID : 1297 -->Target ID : 1297 -->File data home? -999 -->Source file : 3.676944e-2 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 109 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICRCHO HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICMACR -->Data type : 2 -->Container ID : 1296 -->Target ID : 1296 -->File data home? -999 -->Source file : 5.362609e-2 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 108 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICMACR HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICPRPE -->Data type : 2 -->Container ID : 1295 -->Target ID : 1295 -->File data home? -999 -->Source file : 1.780418e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 107 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICPRPE HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICCH2O -->Data type : 2 -->Container ID : 1294 -->Target ID : 1294 -->File data home? -999 -->Source file : 1.230811e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 106 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICCH2O HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICC3H8 -->Data type : 2 -->Container ID : 1293 -->Target ID : 1293 -->File data home? -999 -->Source file : 7.808710e-4 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 105 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICC3H8 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICC2H6 -->Data type : 2 -->Container ID : 1292 -->Target ID : 1292 -->File data home? -999 -->Source file : 5.214505e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 104 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICC2H6 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICALK4 -->Data type : 2 -->Container ID : 1291 -->Target ID : 1291 -->File data home? -999 -->Source file : 2.137911e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 103 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICALK4 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICALD2 -->Data type : 2 -->Container ID : 1290 -->Target ID : 1290 -->File data home? -999 -->Source file : 4.271822e-2 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 102 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICALD2 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICACET -->Data type : 2 -->Container ID : 1289 -->Target ID : 1289 -->File data home? -999 -->Source file : 3.693477e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 101 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICACET HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICBC -->Data type : 2 -->Container ID : 1301 -->Target ID : 1301 -->File data home? -999 -->Source file : 3.000000e-5 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 113 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICBC HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICSO4 -->Data type : 2 -->Container ID : 1300 -->Target ID : 1300 -->File data home? -999 -->Source file : 3.600000e-5 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 112 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICSO4 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICSO2 -->Data type : 2 -->Container ID : 1299 -->Target ID : 1299 -->File data home? -999 -->Source file : 1.176000e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 111 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICSO2 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container AEICNOCO -->Data type : 2 -->Container ID : 1298 -->Target ID : 1298 -->File data home? -999 -->Source file : 1.000000e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 110 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: AEICNOCO HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container COtoSOAP_anth -->Data type : 2 -->Container ID : 1285 -->Target ID : 1285 -->File data home? -999 -->Source file : 0.069 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 280 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: COtoSOAP_anth HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container NO2toNO -->Data type : 2 -->Container ID : 1284 -->Target ID : 1284 -->File data home? -999 -->Source file : 6.521739e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 115 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: NO2toNO HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container EDGAR_TODNOX -->Data type : 2 -->Container ID : 1246 -->Target ID : 1246 -->File data home? -999 -->Source file : $ROOT/EDGARv42/v2015-02/NO/EDGAR_hourly_NOxScal.nc -->ncRead? T -->Shared data file? F -->Source parameter: NOXscale -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 25 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: EDGAR_TODNOX HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEIA_TOD_FOSSIL -->Data type : 2 -->Container ID : 1247 -->Target ID : 1247 -->File data home? -999 -->Source file : 0.45/0.45/0.6/0.6/0.6/0.6/1.45/1.45/1.45/1.45/1.4/1.4/1.4/1.4/1.45/1.45/1.45/1.45/0.65/0.65/0.65/0.65/0.45/0.45 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 26 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: GEIA_TOD_FOSSIL HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container VOC1toEOH -->Data type : 2 -->Container ID : 1282 -->Target ID : 1282 -->File data home? -999 -->Source file : 0.375 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 91 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: VOC1toEOH HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container VOC1toMOH -->Data type : 2 -->Container ID : 1281 -->Target ID : 1281 -->File data home? -999 -->Source file : 0.5 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 90 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: VOC1toMOH HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container OC2OCPO -->Data type : 2 -->Container ID : 1277 -->Target ID : 1277 -->File data home? -999 -->Source file : 0.5 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 73 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: OC2OCPO HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container OC2OCPI -->Data type : 2 -->Container ID : 1276 -->Target ID : 1276 -->File data home? -999 -->Source file : 0.5 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 72 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: OC2OCPI HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BC2BCPO -->Data type : 2 -->Container ID : 1275 -->Target ID : 1275 -->File data home? -999 -->Source file : 0.8 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 71 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: BC2BCPO HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BC2BCPI -->Data type : 2 -->Container ID : 1274 -->Target ID : 1274 -->File data home? -999 -->Source file : 0.2 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 70 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: BC2BCPI HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SO2toPFe -->Data type : 2 -->Container ID : 1270 -->Target ID : 1270 -->File data home? -999 -->Source file : 1.0e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 66 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: SO2toPFe HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container SO2toSO4 -->Data type : 2 -->Container ID : 1268 -->Target ID : 1268 -->File data home? -999 -->Source file : 0.031 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 63 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: SO2toSO4 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container BROMOCARB_SEASON -->Data type : 2 -->Container ID : 1249 -->Target ID : 1249 -->File data home? -999 -->Source file : $ROOT/BROMINE/v2015-02/BromoCarb_Season.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHXBRY_scale -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 39 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: BROMOCARB_SEASON HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoC3H8 -->Data type : 2 -->Container ID : 1256 -->Target ID : 1256 -->File data home? -999 -->Source file : MATH:46.08/(3.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 46 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoC3H8 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LIQFUEL_THISYR -->Data type : 2 -->Container ID : 1237 -->Target ID : 1237 -->File data home? -999 -->Source file : $ROOT/AnnualScalar/v2014-07/AnnualScalar.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: COscalar -->Year range : 1985 2010 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 6 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: LIQFUEL_THISYR HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container LIQFUEL_1985 -->Data type : 2 -->Container ID : 1238 -->Target ID : 1238 -->File data home? -999 -->Source file : $ROOT/AnnualScalar/v2014-07/AnnualScalar.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: COscalar -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 7 -->Operator : -1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: LIQFUEL_1985 HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container GEIA_DOW_HC -->Data type : 2 -->Container ID : 1248 -->Target ID : 1248 -->File data home? -999 -->Source file : 0.671/1.1102/1.1102/1.1102/1.1102/1.1102/0.768 -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 22 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: GEIA_DOW_HC HEMCO: Entering ReadList_Set (hco_readlist_mod.F90) ( 4) New container set to ReadList: Container CtoC2H6 -->Data type : 2 -->Container ID : 1255 -->Target ID : 1255 -->File data home? -999 -->Source file : MATH:30.08/(2.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? T -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 45 -->Operator : 1 HEMCO: Leaving ReadList_Set (hco_readlist_mod.F90) ( 4) Scale field registered: CtoC2H6 HEMCO: Leaving Register_Scal (hco_config_mod.F90) ( 3) HEMCO: Entering cIDList_Create (hco_datacont_mod.F) ( 3) Create cID list: # of fields: 1313 HEMCO: Leaving cIDList_Create (hco_datacont_mod.F) ( 3) =============================================================================== Contents of one-time list: Container XIAO_C3H8 -->Data type : 1 -->Container ID : 315 -->Target ID : 315 -->File data home? -999 -->Source file : $ROOT/XIAO/v2014-09/C3H8_C2H6_ngas.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: C3H8 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 10 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container BIOFUEL_C3H8 -->Data type : 1 -->Container ID : 316 -->Target ID : 316 -->File data home? -999 -->Source file : $ROOT/BIOFUEL/v2019-08/biofuel.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: BIOFUEL_C3H8 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 10 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LIANG_CHBR3 -->Data type : 1 -->Container ID : 317 -->Target ID : 317 -->File data home? -999 -->Source file : $ROOT/BROMINE/v2015-02/Bromocarb_Liang2010.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHBr3_emission -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CHBr3 -->HEMCO species ID: 37 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LIANG_CH2BR2 -->Data type : 1 -->Container ID : 318 -->Target ID : 318 -->File data home? -999 -->Source file : $ROOT/BROMINE/v2015-02/Bromocarb_Liang2010.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2Br2_emission -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2Br2 -->HEMCO species ID: 26 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container ACET_SEAWATER -->Data type : 1 -->Container ID : 409 -->Target ID : 409 -->File data home? -999 -->Source file : $ROOT/ACET/v2014-07/ACET_seawater.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: ACET -->Year range : 2005 2005 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container MOH_SEAWATER -->Data type : 1 -->Container ID : 413 -->Target ID : 413 -->File data home? -999 -->Source file : $ROOT/MOH/v2019-12/MOH_seawater.low.kgCm3.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MOH -->Year range : 2005 2005 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m3 -->Concentration? F -->Coverage : -999 -->Extension Nr : 101 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container MEGAN_AEF_ISOP -->Data type : 1 -->Container ID : 419 -->Target ID : 419 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_ISOPRENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container MEGAN_AEF_MBOX -->Data type : 1 -->Container ID : 420 -->Target ID : 420 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_MBO -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container MEGAN_AEF_BPIN -->Data type : 1 -->Container ID : 421 -->Target ID : 421 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_BETA_PINENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container MEGAN_AEF_CARE -->Data type : 1 -->Container ID : 422 -->Target ID : 422 -->File data home? -999 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_CARENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kgC/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE20 -->Data type : 1 -->Container ID : 1086 -->Target ID : 1086 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE20 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE21 -->Data type : 1 -->Container ID : 1087 -->Target ID : 1087 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE21 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE22 -->Data type : 1 -->Container ID : 1088 -->Target ID : 1088 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE22 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE23 -->Data type : 1 -->Container ID : 1089 -->Target ID : 1089 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE23 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE24 -->Data type : 1 -->Container ID : 1090 -->Target ID : 1090 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE24 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE25 -->Data type : 1 -->Container ID : 1091 -->Target ID : 1091 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE25 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE26 -->Data type : 1 -->Container ID : 1092 -->Target ID : 1092 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE26 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE27 -->Data type : 1 -->Container ID : 1093 -->Target ID : 1093 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE27 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE28 -->Data type : 1 -->Container ID : 1094 -->Target ID : 1094 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE28 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE29 -->Data type : 1 -->Container ID : 1095 -->Target ID : 1095 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE29 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE30 -->Data type : 1 -->Container ID : 1096 -->Target ID : 1096 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE30 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE31 -->Data type : 1 -->Container ID : 1097 -->Target ID : 1097 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE31 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE32 -->Data type : 1 -->Container ID : 1098 -->Target ID : 1098 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE32 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE33 -->Data type : 1 -->Container ID : 1099 -->Target ID : 1099 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE33 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE34 -->Data type : 1 -->Container ID : 1100 -->Target ID : 1100 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE34 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE35 -->Data type : 1 -->Container ID : 1101 -->Target ID : 1101 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE35 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE36 -->Data type : 1 -->Container ID : 1102 -->Target ID : 1102 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE36 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE37 -->Data type : 1 -->Container ID : 1103 -->Target ID : 1103 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE37 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE38 -->Data type : 1 -->Container ID : 1104 -->Target ID : 1104 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE38 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE39 -->Data type : 1 -->Container ID : 1105 -->Target ID : 1105 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE39 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE40 -->Data type : 1 -->Container ID : 1106 -->Target ID : 1106 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE40 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE41 -->Data type : 1 -->Container ID : 1107 -->Target ID : 1107 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE41 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE42 -->Data type : 1 -->Container ID : 1108 -->Target ID : 1108 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE42 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE43 -->Data type : 1 -->Container ID : 1109 -->Target ID : 1109 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE43 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE44 -->Data type : 1 -->Container ID : 1110 -->Target ID : 1110 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE44 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE45 -->Data type : 1 -->Container ID : 1111 -->Target ID : 1111 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE45 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE47 -->Data type : 1 -->Container ID : 1113 -->Target ID : 1113 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE47 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE51 -->Data type : 1 -->Container ID : 1117 -->Target ID : 1117 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE51 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE52 -->Data type : 1 -->Container ID : 1118 -->Target ID : 1118 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE52 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE53 -->Data type : 1 -->Container ID : 1119 -->Target ID : 1119 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE53 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE54 -->Data type : 1 -->Container ID : 1120 -->Target ID : 1120 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE54 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE55 -->Data type : 1 -->Container ID : 1121 -->Target ID : 1121 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE55 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE56 -->Data type : 1 -->Container ID : 1122 -->Target ID : 1122 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE56 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE57 -->Data type : 1 -->Container ID : 1123 -->Target ID : 1123 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE57 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE58 -->Data type : 1 -->Container ID : 1124 -->Target ID : 1124 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE58 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE59 -->Data type : 1 -->Container ID : 1125 -->Target ID : 1125 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE59 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE60 -->Data type : 1 -->Container ID : 1126 -->Target ID : 1126 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE60 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE61 -->Data type : 1 -->Container ID : 1127 -->Target ID : 1127 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE61 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE62 -->Data type : 1 -->Container ID : 1128 -->Target ID : 1128 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE62 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE63 -->Data type : 1 -->Container ID : 1129 -->Target ID : 1129 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE63 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE64 -->Data type : 1 -->Container ID : 1130 -->Target ID : 1130 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE64 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE65 -->Data type : 1 -->Container ID : 1131 -->Target ID : 1131 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE65 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE66 -->Data type : 1 -->Container ID : 1132 -->Target ID : 1132 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE66 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE67 -->Data type : 1 -->Container ID : 1133 -->Target ID : 1133 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE67 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE68 -->Data type : 1 -->Container ID : 1134 -->Target ID : 1134 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE68 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE69 -->Data type : 1 -->Container ID : 1135 -->Target ID : 1135 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE69 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE70 -->Data type : 1 -->Container ID : 1136 -->Target ID : 1136 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE70 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE71 -->Data type : 1 -->Container ID : 1137 -->Target ID : 1137 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE71 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container LANDTYPE72 -->Data type : 1 -->Container ID : 1138 -->Target ID : 1138 -->File data home? -999 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE72 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container SfcVMR_OCS -->Data type : 1 -->Container ID : 1230 -->Target ID : 1230 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/surface_VMR_OCS.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: OCS -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container SfcVMR_H2 -->Data type : 1 -->Container ID : 1231 -->Target ID : 1231 -->File data home? -999 -->Source file : $ROOT/SfcFix/v2019-12/surface_VMR_H2.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H2 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container surf_salinity -->Data type : 1 -->Container ID : 1232 -->Target ID : 1232 -->File data home? -999 -->Source file : $ROOT/OCEAN_O3_DRYDEP/v2020-02/WOA_2013_salinity.nc -->ncRead? T -->Shared data file? F -->Source parameter: s_mn -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_NH3_AGR -->Data type : 1 -->Container ID : 61 -->Target ID : 61 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_NH3_ENE -->Data type : 1 -->Container ID : 62 -->Target ID : 62 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_NH3_IND -->Data type : 1 -->Container ID : 63 -->Target ID : 63 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_NH3_NRTR -->Data type : 1 -->Container ID : 64 -->Target ID : 64 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_NH3_ROAD -->Data type : 1 -->Container ID : 65 -->Target ID : 65 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_EOH_IND -->Data type : 1 -->Container ID : 138 -->Target ID : 138 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_MOH_ROAD -->Data type : 1 -->Container ID : 143 -->Target ID : 143 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_EOH_ROAD -->Data type : 1 -->Container ID : 144 -->Target ID : 144 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_MOH_RCOR -->Data type : 1 -->Container ID : 146 -->Target ID : 146 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_EOH_RCOR -->Data type : 1 -->Container ID : 147 -->Target ID : 147 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_MOH_RCOC -->Data type : 1 -->Container ID : 149 -->Target ID : 149 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_EOH_RCOC -->Data type : 1 -->Container ID : 150 -->Target ID : 150 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_MOH_RCOO -->Data type : 1 -->Container ID : 152 -->Target ID : 152 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_EOH_RCOO -->Data type : 1 -->Container ID : 153 -->Target ID : 153 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_EOH_SHP -->Data type : 1 -->Container ID : 336 -->Target ID : 336 -->File data home? -1000 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_C3H8_SHP -->Data type : 1 -->Container ID : 339 -->Target ID : 339 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/C3H8-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: C3H8_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_C4H10_SHP -->Data type : 1 -->Container ID : 340 -->Target ID : 340 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_C5H12_SHP -->Data type : 1 -->Container ID : 341 -->Target ID : 341 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_C6H14_SHP -->Data type : 1 -->Container ID : 342 -->Target ID : 342 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_PRPE_SHP -->Data type : 1 -->Container ID : 344 -->Target ID : 344 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_BENZ_SHP -->Data type : 1 -->Container ID : 346 -->Target ID : 346 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_TOLU_SHP -->Data type : 1 -->Container ID : 347 -->Target ID : 347 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_XYLE_SHP -->Data type : 1 -->Container ID : 348 -->Target ID : 348 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_CH2O_SHP -->Data type : 1 -->Container ID : 349 -->Target ID : 349 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_ALD2_SHP -->Data type : 1 -->Container ID : 350 -->Target ID : 350 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_MEK_SHP -->Data type : 1 -->Container ID : 351 -->Target ID : 351 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_HCOOH_SHP -->Data type : 1 -->Container ID : 352 -->Target ID : 352 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container CEDS_NO_SHP -->Data type : 1 -->Container ID : 353 -->Target ID : 353 -->File data home? -999 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container AEIC_CO -->Data type : 1 -->Container ID : 355 -->Target ID : 355 -->File data home? -999 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container AEIC_SOAP -->Data type : 1 -->Container ID : 356 -->Target ID : 356 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 20 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container AEIC_BCPI -->Data type : 1 -->Container ID : 359 -->Target ID : 359 -->File data home? -1000 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : kg/m2/s -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYC -->HEMCO species ID: 57 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_GLYX -->Data type : 1 -->Container ID : 901 -->Target ID : 901 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYX -->HEMCO species ID: 58 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_H2402 -->Data type : 1 -->Container ID : 911 -->Target ID : 911 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O -->HEMCO species ID: 62 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_H2O2 -->Data type : 1 -->Container ID : 915 -->Target ID : 915 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC141b -->HEMCO species ID: 68 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_HCFC142b -->Data type : 1 -->Container ID : 921 -->Target ID : 921 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_PROD_ISOP -->Data type : 1 -->Container ID : 954 -->Target ID : 954 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_MACR -->Data type : 1 -->Container ID : 957 -->Target ID : 957 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_PROD_MACR -->Data type : 1 -->Container ID : 958 -->Target ID : 958 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_MAP -->Data type : 1 -->Container ID : 965 -->Target ID : 965 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_PROD_MEK -->Data type : 1 -->Container ID : 970 -->Target ID : 970 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_MGLY -->Data type : 1 -->Container ID : 971 -->Target ID : 971 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MGLY -->HEMCO species ID: 137 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_MOH -->Data type : 1 -->Container ID : 975 -->Target ID : 975 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_PROD_MOH -->Data type : 1 -->Container ID : 976 -->Target ID : 976 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container GMI_LOSS_MP -->Data type : 1 -->Container ID : 977 -->Target ID : 977 -->File data home? -999 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : s-1 -->Concentration? 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F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container H2O2_AFTERCHEM -->Data type : 1 -->Container ID : 823 -->Target ID : 823 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_H2O2AfterChem -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 Container STATE_PSC -->Data type : 1 -->Container ID : 824 -->Target ID : 824 -->File data home? -999 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_StatePSC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 0 0 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 0 -->Delta t[h] : 0 -->Local time? F -->OrigUnit : count -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving SetReadList (hco_config_mod.F90) ( 2) HEMCO: Leaving HCO_INIT (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_INIT (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_ParaNOx_Init (hcox_paranox_mod.F90) ( 2) ------------------------------------------------------------------------------- Use ParaNOx ship emissions (extension module) - Use the following species: (MW, emitted as HEMCO ID) NO : 30.01 161 NO2 : 46.01 162 O3 : 48.00 165 HNO3: 63.01 77 HEMCO (PARANOX): Opening /work/psk9/Data/ExtData/HEMCO/PARANOX/v2015-02/ship_plume_lut_02ms.nc HEMCO (PARANOX): Opening /work/psk9/Data/ExtData/HEMCO/PARANOX/v2015-02/ship_plume_lut_06ms.nc HEMCO (PARANOX): Opening /work/psk9/Data/ExtData/HEMCO/PARANOX/v2015-02/ship_plume_lut_10ms.nc HEMCO (PARANOX): Opening /work/psk9/Data/ExtData/HEMCO/PARANOX/v2015-02/ship_plume_lut_14ms.nc HEMCO (PARANOX): Opening /work/psk9/Data/ExtData/HEMCO/PARANOX/v2015-02/ship_plume_lut_18ms.nc Successfully added diagnostic PARANOX_O3_DEPOSITION_FLUX to collection 3 Successfully added diagnostic PARANOX_HNO3_DEPOSITION_FLUX to collection 3 HEMCO: Leaving HCOX_ParaNOx_Init (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Init (hcox_lightnox_mod.F90) ( 2) HEMCO (LIGHTNOX): Opening /work/psk9/Data/ExtData/HEMCO/LIGHTNOX/v2014-07/light_dist.ott2010.dat ------------------------------------------------------------------------------- Use lightning NOx emissions (extension module) - Use species NO-> 161 - Use GEOS-5 flash rates: F - Use scalar scale factor: 1.000000 - Use gridded scale field: none Successfully added diagnostic HcoLightningFlashRate_Total to collection 1 Successfully added diagnostic HcoLightningFlashRate_IntraCld to collection 1 Successfully added diagnostic HcoLightningFlashRate_CldGround to collection 1 Successfully added diagnostic HcoConvectiveCloudTopHeight to collection 1 HEMCO: Leaving HCOX_LightNOx_Init (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Volcano_Init (hcox_volcano_mod.F90) ( 2) Use emissions extension `Volcano`: - use the following species (Name, HcoID, Scaling relative to kgS): SO2, 196 , 2.001250 Apply scale field: none - Emissions data source is AeroCom - Emit eruptive emissions as category 51 - Emit degassing emissions as category 52 HEMCO: Leaving HCOX_Volcano_Init (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Init (hcox_seaflux_mod.F90) ( 2) ------------------------------------------------------------------------------- Use air-sea flux emissions (extension module) - Use species: - DMS 48 - ACET 1 - MOH 138 - ALD2 4 - MENO3 136 - ETNO3 55 HEMCO: Leaving HCOX_SeaFlux_Init (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Init (hcox_megan_mod.F90) ( 2) ------------------------------------------------------------------------------- Use MEGAN biogenic emissions (extension module) - Use offline biogenic VOCs? T - Use the following species: Isoprene will be obtained from offline biogenic VOC emissions Acetone will be obtained from offline biogenic VOC emissions PRPE will be obtained from offline biogenic VOC emissions C2H4 will be obtained from offline biogenic VOC emissions ALD2 will be obtained from offline biogenic VOC emissions MOH = MOH 138 EOH will be obtained from offline biogenic VOC emissions MTPA will be obtained from offline biogenic VOC emissions MTPO will be obtained from offline biogenic VOC emissions LIMO will be obtained from offline biogenic VOC emissions SESQ will be obtained from offline biogenic VOC emissions SOAP will be obtained from offline biogenic VOC emissions SOAS will be obtained from offline biogenic VOC emissions --> Isoprene scale factor is 1.00000000000000 --> Use CO2 inhibition on isoprene option T --> Global atmospheric CO2 concentration : 390.000000000000 ppmv --> Normalize LAI by PFT: T --> Isoprene to SOA-Precursor 1.500000000000000E-002 --> Isoprene direct to SOA (Simple) 1.500000000000000E-002 --> Monoterpene to SOA-Precursor 4.409171294611898E-002 --> Monoterpene direct to SOA (Simple) 4.409171294611898E-002 --> Othrterpene to SOA-Precursor 5.000000000000000E-002 --> Othrterpene direct to SOA (Simple) 5.000000000000000E-002 Successfully added diagnostic InvMEGAN_ACET_MONO to collection 1 Successfully added diagnostic InvMEGAN_ACET_MBOX to collection 1 Successfully added diagnostic InvMEGAN_ACET_DIRECT to collection 1 Successfully added diagnostic InvMEGAN_APIN to collection 1 Successfully added diagnostic InvMEGAN_BPIN to collection 1 Successfully added diagnostic InvMEGAN_SABI to collection 1 Successfully added diagnostic InvMEGAN_MYRC to collection 1 Successfully added diagnostic InvMEGAN_CARE to collection 1 Successfully added diagnostic InvMEGAN_OCIM to collection 1 Successfully added diagnostic InvMEGAN_OMON to collection 1 Successfully added diagnostic InvMEGAN_FARN to collection 1 Successfully added diagnostic InvMEGAN_BCAR to collection 1 Successfully added diagnostic InvMEGAN_OSQT to collection 1 Successfully added diagnostic InvMEGAN_MBOX to collection 1 Successfully added diagnostic InvMEGAN_FAXX to collection 1 Successfully added diagnostic InvMEGAN_AAXX to collection 1 Successfully added diagnostic LAI_PREVDAY to collection 2 Successfully added diagnostic T_PREVDAY to collection 2 Successfully added diagnostic T_DAVG to collection 2 Successfully added diagnostic PARDR_DAVG to collection 2 Successfully added diagnostic PARDF_DAVG to collection 2 HEMCO: Leaving HCOX_Megan_Init (hcox_megan_mod.F90) ( 2) HEMCO: Entering HCOX_GFED_Init (hcox_gfed_mod.F90) ( 2) ------------------------------------------------------------------------------- Use GFED extension - Use GFED-4 : T - Use daily scale factors : F - Use hourly scale factors: F - Hydrophilic OC fraction : 0.5000000 - Hydrophilic BC fraction : 0.2000000 - POG1 fraction : 0.4900000 - SOAP fraction : 1.3000000E-02 - Emit GFED species NO as model species NO --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species CO as model species CO --> Will use scale factor: 1.050000 --> Will use scale field : none - Emit GFED species ALK4 as model species ALK4 --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species ACET as model species ACET --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species MEK as model species MEK --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species ALD2 as model species ALD2 --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species PRPE as model species PRPE --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species C3H8 as model species C3H8 --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species CH2O as model species CH2O --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species C2H6 as model species C2H6 --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species SO2 as model species SO2 --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species NH3 as model species NH3 --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species BC as model species BCPO --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species BC as model species BCPI --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species OC as model species OCPO --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species OC as model species OCPI --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species MTPA as model species MTPA --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species BENZ as model species BENZ --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species TOLU as model species TOLU --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species XYLE as model species XYLE --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species EOH as model species EOH --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species MOH as model species MOH --> Will use scale factor: 1.000000 --> Will use scale field : none - Emit GFED species SOAP as model species SOAP --> Will use scale factor: 1.000000 --> Will use scale field : none HEMCO: Leaving HCOX_GFED_Init (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_iodine_Init (hcox_iodine_mod.F90) ( 2) ------------------------------------------------------------------------------- Use inorganic iodine emissions (extension module) HOI: HOI 81 I2: I2 89 HEMCO: Leaving HCOX_iodine_Init (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_INIT (hcox_driver_mod.F90) ( 1) Successfully added diagnostic CH4_OIL to collection 3 Successfully added diagnostic CH4_GAS to collection 3 Successfully added diagnostic CH4_COAL to collection 3 Successfully added diagnostic CH4_LIVESTOCK to collection 3 Successfully added diagnostic CH4_LANDFILLS to collection 3 Successfully added diagnostic CH4_WASTEWATER to collection 3 Successfully added diagnostic CH4_RICE to collection 3 Successfully added diagnostic CH4_ANTHROTHER to collection 3 Successfully added diagnostic CH4_BIOMASS to collection 3 Successfully added diagnostic CH4_WETLAND to collection 3 Successfully added diagnostic CH4_SEEPS to collection 3 Successfully added diagnostic CH4_LAKES to collection 3 Successfully added diagnostic CH4_TERMITES to collection 3 Successfully added diagnostic CH4_SOILABSORB to collection 3 HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 00:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading once list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XIAO_C3H8 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/XIAO/v2014-09/C3H8_C2H6_ngas.geos.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable C3H8 Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XIAO_C3H8 -->Data type : 1 -->Container ID : 315 -->Target ID : 315 -->File data home? 1 -->Source file : $ROOT/XIAO/v2014-09/C3H8_C2H6_ngas.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: C3H8 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6218785E-09 -->Array min & max : 0.0000000E+00 5.0544915E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 10 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOFUEL_C3H8 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/BIOFUEL/v2019-08/biofuel.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BIOFUEL_C3H8 Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOFUEL_C3H8 -->Data type : 1 -->Container ID : 316 -->Target ID : 316 -->File data home? 1 -->Source file : $ROOT/BIOFUEL/v2019-08/biofuel.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: BIOFUEL_C3H8 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3735330E-10 -->Array min & max : 0.0000000E+00 2.4631857E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 10 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LIANG_CHBR3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/BROMINE/v2015-02/Bromocarb_Liang2010.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CHBr3_emission Unit conversion settings: - Year, month : 2000 1 Data was in units of kg(CHBr3)/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LIANG_CHBR3 -->Data type : 1 -->Container ID : 317 -->Target ID : 317 -->File data home? 1 -->Source file : $ROOT/BROMINE/v2015-02/Bromocarb_Liang2010.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHBr3_emission -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5050319E-11 -->Array min & max : 0.0000000E+00 1.0111604E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CHBr3 -->HEMCO species ID: 37 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LIANG_CH2BR2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/BROMINE/v2015-02/Bromocarb_Liang2010.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2Br2_emission Unit conversion settings: - Year, month : 2000 1 Data was in units of kg(CH2Br2)/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LIANG_CH2BR2 -->Data type : 1 -->Container ID : 318 -->Target ID : 318 -->File data home? 1 -->Source file : $ROOT/BROMINE/v2015-02/Bromocarb_Liang2010.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2Br2_emission -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.1662069E-12 -->Array min & max : 0.0000000E+00 1.4248143E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2Br2 -->HEMCO species ID: 26 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ACET_SEAWATER Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/ACET/v2014-07/ACET_seawater.generic.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200501010000.000 200501010000.000 preferred datetime: 200501010000. selected tidx1: 1 corresponding datetime 1: 200501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ACET Unit conversion settings: - Year, month : 2005 1 Data was in units of kgC/m3 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ACET_SEAWATER -->Data type : 1 -->Container ID : 409 -->Target ID : 409 -->File data home? 1 -->Source file : $ROOT/ACET/v2014-07/ACET_seawater.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: ACET -->Year range : 2005 2005 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3081847E-03 -->Array min & max : 0.0000000E+00 5.4000009E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m3 -->Concentration? T -->Coverage : -999 -->Extension Nr : 101 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MOH_SEAWATER Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/MOH/v2019-12/MOH_seawater.low.kgCm3.generic.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200501010000.000 200501010000.000 preferred datetime: 200501010000. selected tidx1: 1 corresponding datetime 1: 200501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MOH Unit conversion settings: - Year, month : 2005 1 Data was in units of kgC/m3 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MOH_SEAWATER -->Data type : 1 -->Container ID : 413 -->Target ID : 413 -->File data home? 1 -->Source file : $ROOT/MOH/v2019-12/MOH_seawater.low.kgCm3.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MOH -->Year range : 2005 2005 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.1571524E-04 -->Array min & max : 0.0000000E+00 3.7800018E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m3 -->Concentration? T -->Coverage : -999 -->Extension Nr : 101 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_ISOP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_ISOPRENE Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_ISOP -->Data type : 1 -->Container ID : 419 -->Target ID : 419 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_ISOPRENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.7035573E-07 -->Array min & max : 0.0000000E+00 2.1863926E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_MBOX Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_MBO Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_MBOX -->Data type : 1 -->Container ID : 420 -->Target ID : 420 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_MBO -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.6070921E-09 -->Array min & max : 0.0000000E+00 2.1673882E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_BPIN Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_BETA_PINENE Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_BPIN -->Data type : 1 -->Container ID : 421 -->Target ID : 421 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_BETA_PINENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0549481E-08 -->Array min & max : 0.0000000E+00 4.1843414E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_CARE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_CARENE Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_CARE -->Data type : 1 -->Container ID : 422 -->Target ID : 422 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_CARENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.2852487E-09 -->Array min & max : 0.0000000E+00 4.0346958E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_LIMO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_LIMONENE Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_LIMO -->Data type : 1 -->Container ID : 423 -->Target ID : 423 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_LIMONENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.0922334E-09 -->Array min & max : 0.0000000E+00 2.5569640E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_OCIM Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_OCIMENE Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_OCIM -->Data type : 1 -->Container ID : 424 -->Target ID : 424 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_OCIMENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0784134E-08 -->Array min & max : 0.0000000E+00 6.7684434E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MEGAN_AEF_SABI Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable AEF_SABINENE Unit conversion settings: - Year, month : 1985 1 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MEGAN_AEF_SABI -->Data type : 1 -->Container ID : 425 -->Target ID : 425 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/MEGAN2.1_EF.geos.025x03125.nc -->ncRead? T -->Shared data file? F -->Source parameter: AEF_SABINENE -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.7681800E-09 -->Array min & max : 0.0000000E+00 2.0965566E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BARE Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BARE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BARE -->Data type : 1 -->Container ID : 426 -->Target ID : 426 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BARE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 241.8681 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_NDLF_EVGN_TMPT_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_NDLF_EVGN_TMPT_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_NDLF_EVGN_TMPT_TREE -->Data type : 1 -->Container ID : 427 -->Target ID : 427 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_NDLF_EVGN_TMPT_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 27.80872 -->Array min & max : 0.0000000E+00 0.4529619 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_NDLF_EVGN_BORL_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_NDLF_EVGN_BORL_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_NDLF_EVGN_BORL_TREE -->Data type : 1 -->Container ID : 428 -->Target ID : 428 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_NDLF_EVGN_BORL_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 76.52372 -->Array min & max : 0.0000000E+00 0.9516142 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_NDLF_DECD_BORL_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_NDLF_DECD_BORL_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_NDLF_DECD_BORL_TREE -->Data type : 1 -->Container ID : 429 -->Target ID : 429 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_NDLF_DECD_BORL_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 13.11766 -->Array min & max : 0.0000000E+00 0.7397382 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_EVGN_TROP_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_EVGN_TROP_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_EVGN_TROP_TREE -->Data type : 1 -->Container ID : 430 -->Target ID : 430 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_EVGN_TROP_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 62.62915 -->Array min & max : 0.0000000E+00 0.9941086 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_EVGN_TMPT_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_EVGN_TMPT_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_EVGN_TMPT_TREE -->Data type : 1 -->Container ID : 431 -->Target ID : 431 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_EVGN_TMPT_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 11.97483 -->Array min & max : 0.0000000E+00 0.5125631 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_DECD_TROP_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_DECD_TROP_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_DECD_TROP_TREE -->Data type : 1 -->Container ID : 432 -->Target ID : 432 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_TROP_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 56.31347 -->Array min & max : 0.0000000E+00 0.5717620 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_DECD_TMPT_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_DECD_TMPT_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_DECD_TMPT_TREE -->Data type : 1 -->Container ID : 433 -->Target ID : 433 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_TMPT_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 25.77334 -->Array min & max : 0.0000000E+00 0.6393365 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_DECD_BORL_TREE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_DECD_BORL_TREE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_DECD_BORL_TREE -->Data type : 1 -->Container ID : 434 -->Target ID : 434 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_BORL_TREE -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 14.26270 -->Array min & max : 0.0000000E+00 0.3844306 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_EVGN_SHRB Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_EVGN_SHRB Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_EVGN_SHRB -->Data type : 1 -->Container ID : 435 -->Target ID : 435 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_EVGN_SHRB -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.290237 -->Array min & max : 0.0000000E+00 0.1395327 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_DECD_TMPT_SHRB Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_DECD_TMPT_SHRB Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_DECD_TMPT_SHRB -->Data type : 1 -->Container ID : 436 -->Target ID : 436 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_TMPT_SHRB -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 17.57507 -->Array min & max : 0.0000000E+00 0.4601401 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_BDLF_DECD_BORL_SHRB Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_BDLF_DECD_BORL_SHRB Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_BDLF_DECD_BORL_SHRB -->Data type : 1 -->Container ID : 437 -->Target ID : 437 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_BDLF_DECD_BORL_SHRB -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 83.31157 -->Array min & max : 0.0000000E+00 0.7000796 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_C3_ARCT_GRSS Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_C3_ARCT_GRSS Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_C3_ARCT_GRSS -->Data type : 1 -->Container ID : 438 -->Target ID : 438 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_C3_ARCT_GRSS -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 38.59907 -->Array min & max : 0.0000000E+00 0.6750404 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_C3_NARC_GRSS Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_C3_NARC_GRSS Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_C3_NARC_GRSS -->Data type : 1 -->Container ID : 439 -->Target ID : 439 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_C3_NARC_GRSS -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 68.10491 -->Array min & max : 0.0000000E+00 0.5835944 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_C4_GRSS Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_C4_GRSS Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_C4_GRSS -->Data type : 1 -->Container ID : 440 -->Target ID : 440 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_C4_GRSS -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 52.92467 -->Array min & max : 0.0000000E+00 0.7498824 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLM4_PFT_CROP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PFT_CROP Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLM4_PFT_CROP -->Data type : 1 -->Container ID : 441 -->Target ID : 441 -->File data home? 1 -->Source file : $ROOT/MEGAN/v2018-05/CLM4_PFT.geos.025x03125.v201805.nc -->ncRead? T -->Shared data file? F -->Source parameter: PFT_CROP -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 76.42400 -->Array min & max : 0.0000000E+00 0.7657717 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : 108 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TIMEZONES Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/TIMEZONES/v2015-02/timezones_voronoi_1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200001010000.000 200001010000.000 preferred datetime: 200001010000. selected tidx1: 1 corresponding datetime 1: 200001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable UTC_OFFSET Based on srcUnit attribute (count), no unit conversion is performed. ==> Use map_a2a regridding Do index based regridding for field TIMEZONES - Number of indeces: 33 HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TIMEZONES -->Data type : 1 -->Container ID : 448 -->Target ID : 448 -->File data home? 1 -->Source file : $ROOT/TIMEZONES/v2015-02/timezones_voronoi_1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: UTC_OFFSET -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5450.000 -->Array min & max : -10.00000 13.00000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : count -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FRLAKE Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201501010000.000 201501010000.000 preferred datetime: 201901010000. selected tidx1: 1 corresponding datetime 1: 201501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable FRLAKE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FRLAKE -->Data type : 1 -->Container ID : 449 -->Target ID : 449 -->File data home? 1 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRLAKE -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 14.84912 -->Array min & max : 0.0000000E+00 0.3188738 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FRLAND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201501010000.000 201501010000.000 preferred datetime: 201901010000. selected tidx1: 1 corresponding datetime 1: 201501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable FRLAND Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FRLAND -->Data type : 1 -->Container ID : 450 -->Target ID : 450 -->File data home? 1 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRLAND -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 718.3140 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FRLANDIC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201501010000.000 201501010000.000 preferred datetime: 201901010000. selected tidx1: 1 corresponding datetime 1: 201501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable FRLANDIC Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FRLANDIC -->Data type : 1 -->Container ID : 451 -->Target ID : 451 -->File data home? 1 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRLANDIC -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 409.7060 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FROCEAN Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201501010000.000 201501010000.000 preferred datetime: 201901010000. selected tidx1: 1 corresponding datetime 1: 201501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable FROCEAN Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FROCEAN -->Data type : 1 -->Container ID : 452 -->Target ID : 452 -->File data home? 1 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FROCEAN -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2169.132 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PHIS Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201501010000.000 201501010000.000 preferred datetime: 201901010000. selected tidx1: 1 corresponding datetime 1: 201501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PHIS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: m+2 s-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PHIS -->Data type : 1 -->Container ID : 453 -->Target ID : 453 -->File data home? 1 -->Source file : $METDIR/$CNYR/01/$MET.$CNYR0101.CN.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PHIS -->Year range : -1 -1 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2936931E+07 -->Array min & max : -177.2420 50107.71 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ACET Parsing source file and replacing tokens Opening file: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ACET HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ACET # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ACET: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ACET -->Data type : 1 -->Container ID : 525 -->Target ID : 525 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ACET -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.4127027E-05 -->Array min & max : 1.0004588E-22 6.6801493E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ACTA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ACTA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ACTA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ACTA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ACTA -->Data type : 1 -->Container ID : 526 -->Target ID : 526 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ACTA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2567226E-06 -->Array min & max : 6.5741377E-23 6.1082350E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_AERI Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_AERI HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_AERI # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_AERI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_AERI -->Data type : 1 -->Container ID : 527 -->Target ID : 527 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_AERI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.4049815E-08 -->Array min & max : 4.1228498E-16 1.2138389E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ALD2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ALD2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ALD2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ALD2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ALD2 -->Data type : 1 -->Container ID : 528 -->Target ID : 528 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ALD2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7644943E-06 -->Array min & max : 4.1866688E-23 4.5714876E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ALK4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ALK4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ALK4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ALK4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ALK4 -->Data type : 1 -->Container ID : 529 -->Target ID : 529 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ALK4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0407383E-05 -->Array min & max : 0.0000000E+00 1.7625885E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ATOOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ATOOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ATOOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ATOOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ATOOH -->Data type : 1 -->Container ID : 530 -->Target ID : 530 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ATOOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4599186E-06 -->Array min & max : 8.1101600E-26 1.1339804E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BCPI Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BCPI HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BCPI # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BCPI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BCPI -->Data type : 1 -->Container ID : 531 -->Target ID : 531 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BCPI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.3894873E-06 -->Array min & max : 5.9675782E-20 5.8288645E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BCPO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BCPO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BCPO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BCPO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BCPO -->Data type : 1 -->Container ID : 532 -->Target ID : 532 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BCPO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2280383E-06 -->Array min & max : 0.0000000E+00 6.7849628E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BENZ Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BENZ HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BENZ # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BENZ: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BENZ -->Data type : 1 -->Container ID : 533 -->Target ID : 533 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BENZ -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8331359E-06 -->Array min & max : 7.3287910E-43 1.4670574E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_Br Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_Br HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_Br # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_Br: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_Br -->Data type : 1 -->Container ID : 534 -->Target ID : 534 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Br -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.5400053E-07 -->Array min & max : 0.0000000E+00 2.3601570E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_Br2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_Br2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_Br2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_Br2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_Br2 -->Data type : 1 -->Container ID : 535 -->Target ID : 535 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Br2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1395534E-08 -->Array min & max : 0.0000000E+00 1.4463814E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BrCl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BrCl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BrCl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BrCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BrCl -->Data type : 1 -->Container ID : 536 -->Target ID : 536 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrCl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.8618217E-07 -->Array min & max : 5.2691264E-22 1.9606733E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BrNO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BrNO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BrNO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BrNO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BrNO2 -->Data type : 1 -->Container ID : 537 -->Target ID : 537 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1362422E-09 -->Array min & max : 3.7519433E-20 9.3569553E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BrNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BrNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BrNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BrNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BrNO3 -->Data type : 1 -->Container ID : 538 -->Target ID : 538 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2288519E-07 -->Array min & max : 0.0000000E+00 1.8809055E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BrO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BrO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BrO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BrO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BrO -->Data type : 1 -->Container ID : 539 -->Target ID : 539 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.6430165E-07 -->Array min & max : 2.8025969E-45 2.5810427E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BrSALA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BrSALA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BrSALA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BrSALA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BrSALA -->Data type : 1 -->Container ID : 540 -->Target ID : 540 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrSALA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3101422E-08 -->Array min & max : 0.0000000E+00 1.0523633E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BrSALC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BrSALC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BrSALC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BrSALC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BrSALC -->Data type : 1 -->Container ID : 541 -->Target ID : 541 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BrSALC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.1845556E-08 -->Array min & max : 1.0186607E-29 4.6718487E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_C2H6 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_C2H6 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_C2H6 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_C2H6: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_C2H6 -->Data type : 1 -->Container ID : 542 -->Target ID : 542 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C2H6 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.7231548E-05 -->Array min & max : 3.2229865E-44 6.5788863E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_C3H8 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_C3H8 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_C3H8 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_C3H8: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_C3H8 -->Data type : 1 -->Container ID : 543 -->Target ID : 543 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C3H8 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.3859420E-06 -->Array min & max : 0.0000000E+00 4.1023163E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CCl4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CCl4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CCl4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CCl4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CCl4 -->Data type : 1 -->Container ID : 544 -->Target ID : 544 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CCl4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.6333360E-06 -->Array min & max : 0.0000000E+00 7.7170076E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CFC11 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CFC11 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CFC11 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CFC11: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CFC11 -->Data type : 1 -->Container ID : 545 -->Target ID : 545 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC11 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.8363733E-05 -->Array min & max : 1.7914468E-30 2.2373023E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CFC113 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CFC113 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CFC113 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CFC113: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CFC113 -->Data type : 1 -->Container ID : 546 -->Target ID : 546 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC113 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.3255949E-06 -->Array min & max : 2.8313914E-25 6.9310072E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CFC114 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CFC114 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CFC114 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CFC114: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CFC114 -->Data type : 1 -->Container ID : 547 -->Target ID : 547 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC114 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6234527E-06 -->Array min & max : 3.9229001E-13 1.5800328E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CFC115 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CFC115 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CFC115 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CFC115: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CFC115 -->Data type : 1 -->Container ID : 548 -->Target ID : 548 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC115 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8620456E-06 -->Array min & max : 5.0448907E-12 8.5200085E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CFC12 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CFC12 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CFC12 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CFC12: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CFC12 -->Data type : 1 -->Container ID : 549 -->Target ID : 549 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CFC12 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.9793983E-05 -->Array min & max : 4.1416523E-14 5.0039051E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2Br2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2Br2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2Br2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2Br2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2Br2 -->Data type : 1 -->Container ID : 550 -->Target ID : 550 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2Br2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.4921532E-08 -->Array min & max : 0.0000000E+00 1.8027925E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2Cl2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2Cl2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2Cl2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2Cl2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2Cl2 -->Data type : 1 -->Container ID : 551 -->Target ID : 551 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2Cl2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2605466E-06 -->Array min & max : 4.5921644E-25 6.5552924E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2I2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2I2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2I2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2I2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2I2 -->Data type : 1 -->Container ID : 552 -->Target ID : 552 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2I2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5751403E-10 -->Array min & max : 0.0000000E+00 2.3663867E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2IBr Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2IBr HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2IBr # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2IBr: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2IBr -->Data type : 1 -->Container ID : 553 -->Target ID : 553 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2IBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.4202505E-10 -->Array min & max : 0.0000000E+00 4.1817683E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2ICl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2ICl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2ICl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2ICl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2ICl -->Data type : 1 -->Container ID : 554 -->Target ID : 554 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2ICl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.4057740E-09 -->Array min & max : 0.0000000E+00 1.4080240E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2O Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2O HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2O # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2O -->Data type : 1 -->Container ID : 555 -->Target ID : 555 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.9623354E-05 -->Array min & max : 2.6127121E-12 8.9505736E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH3Br Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH3Br HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH3Br # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH3Br: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH3Br -->Data type : 1 -->Container ID : 556 -->Target ID : 556 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3Br -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.1172175E-07 -->Array min & max : 4.6647169E-38 7.4090794E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH3CCl3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH3CCl3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH3CCl3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH3CCl3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH3CCl3 -->Data type : 1 -->Container ID : 557 -->Target ID : 557 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3CCl3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7558959E-07 -->Array min & max : 6.1657132E-44 1.3920879E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH3Cl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH3Cl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH3Cl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH3Cl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH3Cl -->Data type : 1 -->Container ID : 558 -->Target ID : 558 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3Cl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.0805545E-05 -->Array min & max : 6.1275929E-14 5.5502319E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH3I Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH3I HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH3I # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH3I: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH3I -->Data type : 1 -->Container ID : 559 -->Target ID : 559 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3I -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.7059039E-08 -->Array min & max : 0.0000000E+00 3.7024252E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH4 -->Data type : 1 -->Container ID : 560 -->Target ID : 560 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.3102182 -->Array min & max : 1.5300181E-07 1.9779086E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CHBr3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CHBr3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CHBr3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CHBr3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CHBr3 -->Data type : 1 -->Container ID : 561 -->Target ID : 561 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CHBr3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.5719740E-08 -->Array min & max : 0.0000000E+00 5.7526761E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CHCl3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CHCl3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CHCl3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CHCl3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CHCl3 -->Data type : 1 -->Container ID : 562 -->Target ID : 562 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CHCl3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1227283E-06 -->Array min & max : 5.0498725E-17 1.2213786E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_Cl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_Cl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_Cl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_Cl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_Cl -->Data type : 1 -->Container ID : 563 -->Target ID : 563 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Cl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.3263656E-06 -->Array min & max : 0.0000000E+00 2.7964628E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_Cl2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_Cl2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_Cl2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_Cl2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_Cl2 -->Data type : 1 -->Container ID : 564 -->Target ID : 564 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Cl2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.6847155E-07 -->Array min & max : 2.6611031E-35 7.8231316E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_Cl2O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_Cl2O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_Cl2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_Cl2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_Cl2O2 -->Data type : 1 -->Container ID : 565 -->Target ID : 565 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_Cl2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1814950E-06 -->Array min & max : 0.0000000E+00 8.8631286E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ClNO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ClNO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ClNO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ClNO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ClNO2 -->Data type : 1 -->Container ID : 566 -->Target ID : 566 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1649327E-08 -->Array min & max : 0.0000000E+00 1.6113108E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ClNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ClNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ClNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ClNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ClNO3 -->Data type : 1 -->Container ID : 567 -->Target ID : 567 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.0539279E-05 -->Array min & max : 0.0000000E+00 1.8348028E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ClO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ClO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ClO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ClO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ClO -->Data type : 1 -->Container ID : 568 -->Target ID : 568 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2940246E-05 -->Array min & max : 9.4046138E-33 1.1221947E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ClOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ClOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ClOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ClOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ClOO -->Data type : 1 -->Container ID : 569 -->Target ID : 569 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ClOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.4548193E-11 -->Array min & max : 0.0000000E+00 1.8724292E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CLOCK Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CLOCK HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CLOCK # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CLOCK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CLOCK -->Data type : 1 -->Container ID : 570 -->Target ID : 570 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CLOCK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.7681757E+14 -->Array min & max : 120.2247 4.9272361E+09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CO -->Data type : 1 -->Container ID : 571 -->Target ID : 571 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0739152E-02 -->Array min & max : 9.4736086E-09 7.4860850E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_DMS Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_DMS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_DMS # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_DMS: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_DMS -->Data type : 1 -->Container ID : 572 -->Target ID : 572 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DMS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.9596523E-06 -->Array min & max : 0.0000000E+00 1.0328763E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_DST1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_DST1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_DST1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_DST1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_DST1 -->Data type : 1 -->Container ID : 573 -->Target ID : 573 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.6147557E-05 -->Array min & max : 2.7918378E-39 1.2608862E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_DST2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_DST2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_DST2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_DST2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_DST2 -->Data type : 1 -->Container ID : 574 -->Target ID : 574 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7238554E-05 -->Array min & max : 0.0000000E+00 3.1501833E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_DST3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_DST3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_DST3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_DST3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_DST3 -->Data type : 1 -->Container ID : 575 -->Target ID : 575 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.3235573E-05 -->Array min & max : 9.2065309E-43 5.4508808E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_DST4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_DST4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_DST4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_DST4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_DST4 -->Data type : 1 -->Container ID : 576 -->Target ID : 576 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_DST4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1826617E-05 -->Array min & max : 0.0000000E+00 4.9865645E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_EOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_EOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_EOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_EOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_EOH -->Data type : 1 -->Container ID : 577 -->Target ID : 577 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_EOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6425887E-06 -->Array min & max : 6.4516255E-28 4.0967638E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ETHLN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ETHLN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ETHLN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ETHLN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ETHLN -->Data type : 1 -->Container ID : 578 -->Target ID : 578 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETHLN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.3850591E-09 -->Array min & max : 0.0000000E+00 2.2344161E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ETNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ETNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ETNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ETNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ETNO3 -->Data type : 1 -->Container ID : 579 -->Target ID : 579 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.3400889E-07 -->Array min & max : 0.0000000E+00 8.7541077E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ETP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ETP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ETP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ETP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ETP -->Data type : 1 -->Container ID : 580 -->Target ID : 580 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.1124724E-07 -->Array min & max : 1.3884853E-24 3.6656878E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_GLYC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_GLYC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_GLYC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_GLYC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_GLYC -->Data type : 1 -->Container ID : 581 -->Target ID : 581 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_GLYC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0177613E-06 -->Array min & max : 0.0000000E+00 7.4615469E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_GLYX Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_GLYX HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_GLYX # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_GLYX: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_GLYX -->Data type : 1 -->Container ID : 582 -->Target ID : 582 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_GLYX -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.4727671E-08 -->Array min & max : 0.0000000E+00 4.1431459E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H1211 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H1211 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H1211 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H1211: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H1211 -->Data type : 1 -->Container ID : 583 -->Target ID : 583 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H1211 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9312391E-07 -->Array min & max : 4.3793800E-40 3.2400040E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H1301 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H1301 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H1301 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H1301: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H1301 -->Data type : 1 -->Container ID : 584 -->Target ID : 584 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H1301 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3413519E-07 -->Array min & max : 3.7206153E-30 3.3300034E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H2402 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H2402 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H2402 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H2402: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H2402 -->Data type : 1 -->Container ID : 585 -->Target ID : 585 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2402 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.7494293E-08 -->Array min & max : 0.0000000E+00 3.9000067E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H2O Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H2O HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H2O # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H2O -->Data type : 1 -->Container ID : 586 -->Target ID : 586 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 601.2806 -->Array min & max : 2.7293293E-06 3.5836902E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H2O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H2O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H2O2 -->Data type : 1 -->Container ID : 587 -->Target ID : 587 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.0904604E-05 -->Array min & max : 1.0803117E-13 3.7568935E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HAC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HAC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HAC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HAC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HAC -->Data type : 1 -->Container ID : 588 -->Target ID : 588 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HAC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7634428E-06 -->Array min & max : 0.0000000E+00 1.0364776E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HBr Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HBr HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HBr # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HBr: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HBr -->Data type : 1 -->Container ID : 589 -->Target ID : 589 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1639741E-07 -->Array min & max : 0.0000000E+00 1.4393635E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HC5A Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HC5A HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HC5A # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HC5A: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HC5A -->Data type : 1 -->Container ID : 590 -->Target ID : 590 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HC5A -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.2497560E-08 -->Array min & max : 0.0000000E+00 7.1830042E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HCFC123 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HCFC123 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HCFC123 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HCFC123: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HCFC123 -->Data type : 1 -->Container ID : 591 -->Target ID : 591 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC123 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.2807378E-30 -->Array min & max : 1.1054844E-41 5.2200811E-35 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HCFC141b Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HCFC141b HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HCFC141b # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HCFC141b: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HCFC141b -->Data type : 1 -->Container ID : 592 -->Target ID : 592 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC141b -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.4063423E-06 -->Array min & max : 5.2373358E-27 2.5870049E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HCFC142b Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HCFC142b HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HCFC142b # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HCFC142b: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HCFC142b -->Data type : 1 -->Container ID : 593 -->Target ID : 593 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC142b -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9438705E-06 -->Array min & max : 1.9467527E-12 2.2700024E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HCFC22 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HCFC22 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HCFC22 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HCFC22: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HCFC22 -->Data type : 1 -->Container ID : 594 -->Target ID : 594 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCFC22 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.4758526E-05 -->Array min & max : 5.7588410E-11 2.4907035E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HCl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HCl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HCl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HCl -->Data type : 1 -->Container ID : 595 -->Target ID : 595 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.7090372E-04 -->Array min & max : 2.3886400E-35 3.2240266E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HCOOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HCOOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HCOOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HCOOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HCOOH -->Data type : 1 -->Container ID : 596 -->Target ID : 596 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HCOOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1309354E-06 -->Array min & max : 1.8546420E-27 2.9952905E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HI Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HI HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HI # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HI -->Data type : 1 -->Container ID : 597 -->Target ID : 597 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5446775E-09 -->Array min & max : 0.0000000E+00 5.4554093E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HMHP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HMHP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HMHP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HMHP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HMHP -->Data type : 1 -->Container ID : 598 -->Target ID : 598 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HMHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9380839E-07 -->Array min & max : 0.0000000E+00 7.9826301E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HMML Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HMML HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HMML # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HMML: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HMML -->Data type : 1 -->Container ID : 599 -->Target ID : 599 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HMML -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1360364E-07 -->Array min & max : 0.0000000E+00 7.2979241E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HNO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HNO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HNO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HNO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HNO2 -->Data type : 1 -->Container ID : 600 -->Target ID : 600 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1401193E-07 -->Array min & max : 1.8803787E-17 3.8286765E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HNO3 -->Data type : 1 -->Container ID : 601 -->Target ID : 601 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6367581E-04 -->Array min & max : 0.0000000E+00 1.4006776E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HNO4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HNO4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HNO4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HNO4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HNO4 -->Data type : 1 -->Container ID : 602 -->Target ID : 602 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HNO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.2796436E-06 -->Array min & max : 2.0700041E-23 2.9241165E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HOBr Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HOBr HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HOBr # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HOBr: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HOBr -->Data type : 1 -->Container ID : 603 -->Target ID : 603 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HOBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7664269E-07 -->Array min & max : 3.7005675E-26 1.3681055E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HOCl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HOCl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HOCl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HOCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HOCl -->Data type : 1 -->Container ID : 604 -->Target ID : 604 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HOCl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.6443268E-06 -->Array min & max : 8.3976050E-24 1.3378192E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HOI Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HOI HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HOI # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HOI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HOI -->Data type : 1 -->Container ID : 605 -->Target ID : 605 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HOI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.5939120E-08 -->Array min & max : 2.5690354E-17 1.3214916E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HONIT Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HONIT HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HONIT # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HONIT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HONIT -->Data type : 1 -->Container ID : 606 -->Target ID : 606 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HONIT -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7758833E-08 -->Array min & max : 3.2650254E-43 1.0790976E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPALD1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPALD1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPALD1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPALD1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPALD1 -->Data type : 1 -->Container ID : 607 -->Target ID : 607 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4726694E-08 -->Array min & max : 0.0000000E+00 7.7714418E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPALD2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPALD2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPALD2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPALD2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPALD2 -->Data type : 1 -->Container ID : 608 -->Target ID : 608 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.4883755E-08 -->Array min & max : 0.0000000E+00 1.5361483E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPALD3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPALD3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPALD3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPALD3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPALD3 -->Data type : 1 -->Container ID : 609 -->Target ID : 609 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3709046E-08 -->Array min & max : 0.0000000E+00 6.3860986E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPALD4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPALD4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPALD4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPALD4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPALD4 -->Data type : 1 -->Container ID : 610 -->Target ID : 610 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.4210601E-08 -->Array min & max : 0.0000000E+00 1.3120145E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPETHNL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPETHNL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPETHNL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPETHNL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPETHNL -->Data type : 1 -->Container ID : 611 -->Target ID : 611 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPETHNL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9866755E-08 -->Array min & max : 0.0000000E+00 1.4112633E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_I Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_I HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_I # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_I: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_I -->Data type : 1 -->Container ID : 612 -->Target ID : 612 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7458079E-08 -->Array min & max : 0.0000000E+00 1.8672986E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_I2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_I2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_I2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_I2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_I2 -->Data type : 1 -->Container ID : 613 -->Target ID : 613 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1719600E-10 -->Array min & max : 0.0000000E+00 1.8921282E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_I2O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_I2O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_I2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_I2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_I2O2 -->Data type : 1 -->Container ID : 614 -->Target ID : 614 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.5349902E-11 -->Array min & max : 0.0000000E+00 2.8908791E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_I2O3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_I2O3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_I2O3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_I2O3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_I2O3 -->Data type : 1 -->Container ID : 615 -->Target ID : 615 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2O3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9052242E-10 -->Array min & max : 2.1878829E-36 5.4992084E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_I2O4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_I2O4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_I2O4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_I2O4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_I2O4 -->Data type : 1 -->Container ID : 616 -->Target ID : 616 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_I2O4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8058886E-11 -->Array min & max : 0.0000000E+00 4.1581911E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IBr Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IBr HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IBr # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IBr: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IBr -->Data type : 1 -->Container ID : 617 -->Target ID : 617 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IBr -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.5762542E-10 -->Array min & max : 0.0000000E+00 1.0602943E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ICHE Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ICHE HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ICHE # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ICHE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ICHE -->Data type : 1 -->Container ID : 618 -->Target ID : 618 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICHE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.9068060E-08 -->Array min & max : 0.0000000E+00 1.0820776E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ICl Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ICl HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ICl # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ICl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ICl -->Data type : 1 -->Container ID : 619 -->Target ID : 619 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICl -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.2574738E-09 -->Array min & max : 2.7589543E-22 7.3232618E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ICN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ICN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ICN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ICN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ICN -->Data type : 1 -->Container ID : 620 -->Target ID : 620 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9545053E-08 -->Array min & max : 0.0000000E+00 3.0272740E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ICPDH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ICPDH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ICPDH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ICPDH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ICPDH -->Data type : 1 -->Container ID : 621 -->Target ID : 621 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICPDH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.2141025E-08 -->Array min & max : 0.0000000E+00 2.2497205E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDC -->Data type : 1 -->Container ID : 622 -->Target ID : 622 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2506866E-08 -->Array min & max : 0.0000000E+00 8.5868979E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDCHP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDCHP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDCHP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDCHP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDCHP -->Data type : 1 -->Container ID : 623 -->Target ID : 623 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDCHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5017820E-08 -->Array min & max : 0.0000000E+00 2.4594561E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDHDP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDHDP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDHDP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDHDP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDHDP -->Data type : 1 -->Container ID : 624 -->Target ID : 624 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHDP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.4047784E-08 -->Array min & max : 0.0000000E+00 4.0483148E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDHPE Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDHPE HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDHPE # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDHPE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDHPE -->Data type : 1 -->Container ID : 625 -->Target ID : 625 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHPE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.2313954E-07 -->Array min & max : 0.0000000E+00 2.2609395E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDN -->Data type : 1 -->Container ID : 626 -->Target ID : 626 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.4260129E-09 -->Array min & max : 0.0000000E+00 5.3789105E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IEPOXA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IEPOXA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IEPOXA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IEPOXA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IEPOXA -->Data type : 1 -->Container ID : 627 -->Target ID : 627 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.1901349E-07 -->Array min & max : 0.0000000E+00 7.5511858E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IEPOXB Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IEPOXB HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IEPOXB # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IEPOXB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IEPOXB -->Data type : 1 -->Container ID : 628 -->Target ID : 628 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1692488E-07 -->Array min & max : 0.0000000E+00 4.1031847E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IEPOXD Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IEPOXD HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IEPOXD # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IEPOXD: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IEPOXD -->Data type : 1 -->Container ID : 629 -->Target ID : 629 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXD -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.7590674E-08 -->Array min & max : 0.0000000E+00 4.1771347E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHN1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHN1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHN1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHN1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHN1 -->Data type : 1 -->Container ID : 630 -->Target ID : 630 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.4013329E-09 -->Array min & max : 0.0000000E+00 2.4873274E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHN2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHN2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHN2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHN2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHN2 -->Data type : 1 -->Container ID : 631 -->Target ID : 631 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1566833E-08 -->Array min & max : 0.0000000E+00 3.0040043E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHN3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHN3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHN3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHN3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHN3 -->Data type : 1 -->Container ID : 632 -->Target ID : 632 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2354953E-08 -->Array min & max : 0.0000000E+00 2.0665202E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHN4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHN4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHN4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHN4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHN4 -->Data type : 1 -->Container ID : 633 -->Target ID : 633 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHN4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9477193E-09 -->Array min & max : 0.0000000E+00 4.7671793E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INDIOL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INDIOL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INDIOL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INDIOL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INDIOL -->Data type : 1 -->Container ID : 634 -->Target ID : 634 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INDIOL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.0505520E-06 -->Array min & max : 1.3306924E-14 2.6287796E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INO -->Data type : 1 -->Container ID : 635 -->Target ID : 635 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1067526E-11 -->Array min & max : 7.2175301E-23 4.6786549E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INPB Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INPB HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INPB # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INPB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INPB -->Data type : 1 -->Container ID : 636 -->Target ID : 636 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INPB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5018747E-08 -->Array min & max : 0.0000000E+00 4.6834234E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INPD Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INPD HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INPD # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INPD: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INPD -->Data type : 1 -->Container ID : 637 -->Target ID : 637 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INPD -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7263648E-08 -->Array min & max : 0.0000000E+00 6.6139018E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IO -->Data type : 1 -->Container ID : 638 -->Target ID : 638 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8622192E-08 -->Array min & max : 1.8050126E-41 4.5398490E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IONITA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IONITA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IONITA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IONITA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IONITA -->Data type : 1 -->Container ID : 639 -->Target ID : 639 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IONITA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5589571E-08 -->Array min & max : 0.0000000E+00 6.4858799E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IONO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IONO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IONO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IONO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IONO -->Data type : 1 -->Container ID : 640 -->Target ID : 640 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IONO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.1054736E-10 -->Array min & max : 0.0000000E+00 3.2433919E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IONO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IONO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IONO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IONO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IONO2 -->Data type : 1 -->Container ID : 641 -->Target ID : 641 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IONO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9668477E-08 -->Array min & max : 7.9665190E-20 1.1562613E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IPRNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IPRNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IPRNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IPRNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IPRNO3 -->Data type : 1 -->Container ID : 642 -->Target ID : 642 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IPRNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.4104838E-07 -->Array min & max : 1.6405035E-27 8.8587804E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ISALA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ISALA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ISALA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ISALA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ISALA -->Data type : 1 -->Container ID : 643 -->Target ID : 643 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISALA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.5671952E-09 -->Array min & max : 2.7637818E-17 2.5257411E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ISALC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ISALC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ISALC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ISALC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ISALC -->Data type : 1 -->Container ID : 644 -->Target ID : 644 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISALC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1060181E-09 -->Array min & max : 8.4004424E-21 2.1935236E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ISOP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ISOP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ISOP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ISOP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ISOP -->Data type : 1 -->Container ID : 645 -->Target ID : 645 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISOP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7658349E-06 -->Array min & max : 0.0000000E+00 1.8876891E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ITCN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ITCN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ITCN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ITCN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ITCN -->Data type : 1 -->Container ID : 646 -->Target ID : 646 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ITCN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5459062E-08 -->Array min & max : 0.0000000E+00 3.1034786E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ITHN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ITHN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ITHN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ITHN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ITHN -->Data type : 1 -->Container ID : 647 -->Target ID : 647 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ITHN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1679807E-08 -->Array min & max : 0.0000000E+00 3.6207398E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LIMO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LIMO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LIMO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LIMO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LIMO -->Data type : 1 -->Container ID : 648 -->Target ID : 648 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LIMO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0724806E-08 -->Array min & max : 0.0000000E+00 1.2068394E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LVOC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LVOC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LVOC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LVOC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LVOC -->Data type : 1 -->Container ID : 649 -->Target ID : 649 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LVOC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1620686E-10 -->Array min & max : 0.0000000E+00 1.3080218E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LVOCOA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LVOCOA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LVOCOA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LVOCOA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LVOCOA -->Data type : 1 -->Container ID : 650 -->Target ID : 650 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LVOCOA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.3727087E-08 -->Array min & max : 3.7386179E-16 3.5842877E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MACR Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MACR HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MACR # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MACR: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MACR -->Data type : 1 -->Container ID : 651 -->Target ID : 651 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACR -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.5106745E-07 -->Array min & max : 0.0000000E+00 1.4980187E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MACR1OOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MACR1OOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MACR1OOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MACR1OOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MACR1OOH -->Data type : 1 -->Container ID : 652 -->Target ID : 652 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACR1OOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3502137E-08 -->Array min & max : 0.0000000E+00 5.7307797E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MAP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MAP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MAP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MAP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MAP -->Data type : 1 -->Container ID : 653 -->Target ID : 653 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MAP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1910971E-06 -->Array min & max : 2.3051973E-23 8.9367391E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCRDH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCRDH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCRDH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCRDH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCRDH -->Data type : 1 -->Container ID : 654 -->Target ID : 654 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRDH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.1829619E-08 -->Array min & max : 0.0000000E+00 7.9947597E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCRENOL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCRENOL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCRENOL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCRENOL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCRENOL -->Data type : 1 -->Container ID : 655 -->Target ID : 655 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRENOL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3251349E-08 -->Array min & max : 0.0000000E+00 3.2070596E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCRHN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCRHN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCRHN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCRHN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCRHN -->Data type : 1 -->Container ID : 656 -->Target ID : 656 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRHN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1479256E-09 -->Array min & max : 0.0000000E+00 3.3258914E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCRHNB Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCRHNB HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCRHNB # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCRHNB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCRHNB -->Data type : 1 -->Container ID : 657 -->Target ID : 657 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRHNB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7361254E-09 -->Array min & max : 0.0000000E+00 3.0955297E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCRHP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCRHP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCRHP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCRHP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCRHP -->Data type : 1 -->Container ID : 658 -->Target ID : 658 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCRHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.1582085E-08 -->Array min & max : 0.0000000E+00 6.4507386E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MEK Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MEK HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MEK # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MEK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MEK -->Data type : 1 -->Container ID : 659 -->Target ID : 659 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MEK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9676552E-06 -->Array min & max : 4.2977824E-42 2.5829903E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MENO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MENO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MENO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MENO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MENO3 -->Data type : 1 -->Container ID : 660 -->Target ID : 660 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MENO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.5748825E-07 -->Array min & max : 3.5771323E-14 2.3369475E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MGLY Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MGLY HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MGLY # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MGLY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MGLY -->Data type : 1 -->Container ID : 661 -->Target ID : 661 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MGLY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3948944E-07 -->Array min & max : 2.2280646E-43 5.3704680E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MOH -->Data type : 1 -->Container ID : 662 -->Target ID : 662 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.4259297E-05 -->Array min & max : 2.8433565E-16 1.1433190E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MONITA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MONITA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MONITA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MONITA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MONITA -->Data type : 1 -->Container ID : 663 -->Target ID : 663 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MONITA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.5595124E-09 -->Array min & max : 0.0000000E+00 5.7843130E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MONITS Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MONITS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MONITS # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MONITS: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MONITS -->Data type : 1 -->Container ID : 664 -->Target ID : 664 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MONITS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4395145E-08 -->Array min & max : 0.0000000E+00 8.6950343E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MONITU Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MONITU HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MONITU # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MONITU: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MONITU -->Data type : 1 -->Container ID : 665 -->Target ID : 665 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MONITU -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9527522E-09 -->Array min & max : 0.0000000E+00 1.5820322E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MP -->Data type : 1 -->Container ID : 666 -->Target ID : 666 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1413718E-05 -->Array min & max : 7.7421624E-14 3.1881131E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MPAN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MPAN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MPAN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MPAN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MPAN -->Data type : 1 -->Container ID : 667 -->Target ID : 667 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MPAN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.3647163E-08 -->Array min & max : 0.0000000E+00 6.7042691E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MPN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MPN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MPN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MPN -->Data type : 1 -->Container ID : 668 -->Target ID : 668 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MPN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.3619856E-06 -->Array min & max : 7.3301727E-18 1.9143090E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MSA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MSA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MSA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MSA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MSA -->Data type : 1 -->Container ID : 669 -->Target ID : 669 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MSA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.5449473E-07 -->Array min & max : 2.2415118E-14 1.0066353E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MTPA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MTPA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MTPA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MTPA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MTPA -->Data type : 1 -->Container ID : 670 -->Target ID : 670 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MTPA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.4362674E-07 -->Array min & max : 0.0000000E+00 2.2492443E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MTPO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MTPO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MTPO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MTPO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MTPO -->Data type : 1 -->Container ID : 671 -->Target ID : 671 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MTPO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.7436582E-09 -->Array min & max : 0.0000000E+00 1.8442520E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVK Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVK HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVK # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVK -->Data type : 1 -->Container ID : 672 -->Target ID : 672 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6902474E-06 -->Array min & max : 0.0000000E+00 1.9782620E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKDH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKDH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKDH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKDH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKDH -->Data type : 1 -->Container ID : 673 -->Target ID : 673 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKDH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1169824E-07 -->Array min & max : 0.0000000E+00 3.9914078E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKHC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKHC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKHC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKHC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKHC -->Data type : 1 -->Container ID : 674 -->Target ID : 674 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKHC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1378479E-07 -->Array min & max : 0.0000000E+00 1.2140282E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKHCB Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKHCB HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKHCB # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKHCB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKHCB -->Data type : 1 -->Container ID : 675 -->Target ID : 675 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKHCB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0991373E-07 -->Array min & max : 0.0000000E+00 1.0694017E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKHP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKHP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKHP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKHP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKHP -->Data type : 1 -->Container ID : 676 -->Target ID : 676 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKHP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1788168E-07 -->Array min & max : 0.0000000E+00 1.3417632E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKN -->Data type : 1 -->Container ID : 677 -->Target ID : 677 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3204112E-08 -->Array min & max : 0.0000000E+00 1.6362304E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKPC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKPC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKPC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKPC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKPC -->Data type : 1 -->Container ID : 678 -->Target ID : 678 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKPC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.7461920E-08 -->Array min & max : 0.0000000E+00 4.7352251E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_N2O Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_N2O HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_N2O # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_N2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_N2O -->Data type : 1 -->Container ID : 679 -->Target ID : 679 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N2O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.7380555E-02 -->Array min & max : 3.4939437E-10 3.3027032E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_N2O5 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_N2O5 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_N2O5 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_N2O5: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_N2O5 -->Data type : 1 -->Container ID : 680 -->Target ID : 680 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N2O5 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.8444876E-05 -->Array min & max : 0.0000000E+00 3.2852554E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NH3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NH3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NH3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NH3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NH3 -->Data type : 1 -->Container ID : 681 -->Target ID : 681 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NH3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2092251E-05 -->Array min & max : 6.1777634E-29 2.7946822E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NH4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NH4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NH4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NH4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NH4 -->Data type : 1 -->Container ID : 682 -->Target ID : 682 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NH4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9929590E-05 -->Array min & max : 1.0417426E-22 1.9179877E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NIT Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NIT HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NIT # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NIT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NIT -->Data type : 1 -->Container ID : 683 -->Target ID : 683 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NIT -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5388350E-05 -->Array min & max : 0.0000000E+00 1.3668783E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NITs Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NITs HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NITs # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NITs: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NITs -->Data type : 1 -->Container ID : 684 -->Target ID : 684 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NITs -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2849001E-06 -->Array min & max : 9.0836626E-32 2.6928904E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NO -->Data type : 1 -->Container ID : 685 -->Target ID : 685 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2899701E-04 -->Array min & max : 0.0000000E+00 1.8369791E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NO2 -->Data type : 1 -->Container ID : 686 -->Target ID : 686 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.5395197E-04 -->Array min & max : 3.8545210E-18 1.9459613E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NO3 -->Data type : 1 -->Container ID : 687 -->Target ID : 687 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.3639248E-06 -->Array min & max : 0.0000000E+00 5.0309473E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NPRNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NPRNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NPRNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NPRNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NPRNO3 -->Data type : 1 -->Container ID : 688 -->Target ID : 688 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NPRNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.9062302E-08 -->Array min & max : 4.4856310E-28 2.4083124E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_O3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_O3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_O3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_O3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_O3 -->Data type : 1 -->Container ID : 689 -->Target ID : 689 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.4059611 -->Array min & max : 4.5511461E-09 1.0101956E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OClO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OClO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OClO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OClO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OClO -->Data type : 1 -->Container ID : 690 -->Target ID : 690 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OClO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.4940958E-07 -->Array min & max : 3.7380961E-30 1.1350467E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OCPI Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OCPI HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OCPI # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OCPI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OCPI -->Data type : 1 -->Container ID : 691 -->Target ID : 691 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OCPI -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3389704E-05 -->Array min & max : 1.6106642E-14 4.5378609E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OCPO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OCPO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OCPO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OCPO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OCPO -->Data type : 1 -->Container ID : 692 -->Target ID : 692 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OCPO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.8936837E-06 -->Array min & max : 0.0000000E+00 2.1320675E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OCS Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OCS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OCS # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OCS: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OCS -->Data type : 1 -->Container ID : 693 -->Target ID : 693 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OCS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.4902553E-05 -->Array min & max : 9.8250367E-33 5.0000065E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OIO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OIO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OIO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OIO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OIO -->Data type : 1 -->Container ID : 694 -->Target ID : 694 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OIO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3091949E-09 -->Array min & max : 1.2725735E-22 6.7531397E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PAN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PAN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PAN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PAN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PAN -->Data type : 1 -->Container ID : 695 -->Target ID : 695 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PAN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.5050930E-06 -->Array min & max : 4.2340916E-25 1.6435251E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_pFe Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_pFe HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_pFe # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_pFe: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_pFe -->Data type : 1 -->Container ID : 696 -->Target ID : 696 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_pFe -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3145492E-08 -->Array min & max : 6.1722997E-18 4.2050356E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PIP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PIP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PIP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PIP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PIP -->Data type : 1 -->Container ID : 697 -->Target ID : 697 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PIP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.8380143E-07 -->Array min & max : 0.0000000E+00 9.3849351E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PP -->Data type : 1 -->Container ID : 698 -->Target ID : 698 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.0027948E-07 -->Array min & max : 0.0000000E+00 3.0625502E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PPN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PPN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PPN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PPN -->Data type : 1 -->Container ID : 699 -->Target ID : 699 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PPN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5597444E-06 -->Array min & max : 1.3880394E-23 1.8565842E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PROPNN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PROPNN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PROPNN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PROPNN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PROPNN -->Data type : 1 -->Container ID : 700 -->Target ID : 700 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PROPNN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.4179943E-08 -->Array min & max : 0.0000000E+00 1.9535709E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PRPE Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PRPE HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PRPE # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PRPE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PRPE -->Data type : 1 -->Container ID : 701 -->Target ID : 701 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PRPE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0710222E-06 -->Array min & max : 0.0000000E+00 3.4668579E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PRPN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PRPN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PRPN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PRPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PRPN -->Data type : 1 -->Container ID : 702 -->Target ID : 702 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PRPN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.9821139E-09 -->Array min & max : 0.0000000E+00 1.5058256E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PYAC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PYAC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PYAC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PYAC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PYAC -->Data type : 1 -->Container ID : 703 -->Target ID : 703 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PYAC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.7703116E-08 -->Array min & max : 0.0000000E+00 4.1130294E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_R4N2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_R4N2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_R4N2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_R4N2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_R4N2 -->Data type : 1 -->Container ID : 704 -->Target ID : 704 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4N2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5973967E-07 -->Array min & max : 0.0000000E+00 1.4607111E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_R4P Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_R4P HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_R4P # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_R4P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_R4P -->Data type : 1 -->Container ID : 705 -->Target ID : 705 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4P -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9221521E-07 -->Array min & max : 0.0000000E+00 2.5792191E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RA3P Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RA3P HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RA3P # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RA3P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RA3P -->Data type : 1 -->Container ID : 706 -->Target ID : 706 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RA3P -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4493398E-07 -->Array min & max : 3.8813519E-25 5.0635423E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RB3P Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RB3P HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RB3P # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RB3P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RB3P -->Data type : 1 -->Container ID : 707 -->Target ID : 707 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RB3P -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3573772E-07 -->Array min & max : 9.8472146E-25 1.7725517E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RCHO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RCHO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RCHO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RCHO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RCHO -->Data type : 1 -->Container ID : 708 -->Target ID : 708 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RCHO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.9608219E-07 -->Array min & max : 3.5547583E-24 1.7290227E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RIPA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RIPA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RIPA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RIPA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RIPA -->Data type : 1 -->Container ID : 709 -->Target ID : 709 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.4274062E-07 -->Array min & max : 0.0000000E+00 1.8176580E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RIPB Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RIPB HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RIPB # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RIPB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RIPB -->Data type : 1 -->Container ID : 710 -->Target ID : 710 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPB -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.0270918E-07 -->Array min & max : 0.0000000E+00 3.6095948E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RIPC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RIPC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RIPC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RIPC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RIPC -->Data type : 1 -->Container ID : 711 -->Target ID : 711 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6265139E-08 -->Array min & max : 0.0000000E+00 7.0057793E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RIPD Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RIPD HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RIPD # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RIPD: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RIPD -->Data type : 1 -->Container ID : 712 -->Target ID : 712 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RIPD -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.4679568E-09 -->Array min & max : 0.0000000E+00 2.4533453E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RP -->Data type : 1 -->Container ID : 713 -->Target ID : 713 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.5832147E-07 -->Array min & max : 3.3619217E-24 6.7778755E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SALA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SALA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SALA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SALA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SALA -->Data type : 1 -->Container ID : 714 -->Target ID : 714 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1856653E-05 -->Array min & max : 4.4006607E-33 3.7280707E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SALAAL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SALAAL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SALAAL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SALAAL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SALAAL -->Data type : 1 -->Container ID : 715 -->Target ID : 715 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALAAL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.7058460E-07 -->Array min & max : 0.0000000E+00 7.8865703E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SALACL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SALACL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SALACL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SALACL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SALACL -->Data type : 1 -->Container ID : 716 -->Target ID : 716 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALACL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.9257735E-06 -->Array min & max : 0.0000000E+00 1.6887652E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SALC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SALC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SALC # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SALC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SALC -->Data type : 1 -->Container ID : 717 -->Target ID : 717 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1758133E-04 -->Array min & max : 5.0935518E-40 7.4960312E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SALCAL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SALCAL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SALCAL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SALCAL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SALCAL -->Data type : 1 -->Container ID : 718 -->Target ID : 718 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALCAL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.0688039E-05 -->Array min & max : 0.0000000E+00 4.0600522E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SALCCL Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SALCCL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SALCCL # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SALCCL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SALCCL -->Data type : 1 -->Container ID : 719 -->Target ID : 719 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SALCCL -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.5581299E-05 -->Array min & max : 6.4548581E-31 3.6072240E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO2 -->Data type : 1 -->Container ID : 720 -->Target ID : 720 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.5345928E-06 -->Array min & max : 2.2841165E-43 2.3880775E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO4 -->Data type : 1 -->Container ID : 721 -->Target ID : 721 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.9662617E-05 -->Array min & max : 1.3797733E-19 5.5403224E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO4s Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO4s HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO4s # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO4s: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO4s -->Data type : 1 -->Container ID : 722 -->Target ID : 722 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4s -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1327058E-08 -->Array min & max : 0.0000000E+00 2.5314570E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SOAGX Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SOAGX HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SOAGX # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SOAGX: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SOAGX -->Data type : 1 -->Container ID : 723 -->Target ID : 723 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAGX -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5781381E-07 -->Array min & max : 4.9108344E-16 3.5420814E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SOAIE Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SOAIE HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SOAIE # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SOAIE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SOAIE -->Data type : 1 -->Container ID : 724 -->Target ID : 724 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAIE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3379396E-06 -->Array min & max : 3.9914335E-15 1.0043285E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SOAP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SOAP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SOAP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SOAP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SOAP -->Data type : 1 -->Container ID : 725 -->Target ID : 725 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.4038356E-07 -->Array min & max : 0.0000000E+00 3.0999914E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SOAS Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SOAS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SOAS # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SOAS: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SOAS -->Data type : 1 -->Container ID : 726 -->Target ID : 726 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SOAS -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.3990210E-06 -->Array min & max : 4.4860376E-14 2.8597726E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_TOLU Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_TOLU HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_TOLU # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_TOLU: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_TOLU -->Data type : 1 -->Container ID : 727 -->Target ID : 727 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_TOLU -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.6001703E-07 -->Array min & max : 0.0000000E+00 9.7913788E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_XYLE Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_XYLE HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_XYLE # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_XYLE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_XYLE -->Data type : 1 -->Container ID : 728 -->Target ID : 728 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_XYLE -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.5466177E-08 -->Array min & max : 0.0000000E+00 9.1679320E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CO2 -->Data type : 1 -->Container ID : 729 -->Target ID : 729 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1890897E-06 -->Array min & max : 0.0000000E+00 4.7021237E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LBRO2H Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LBRO2H HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LBRO2H # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LBRO2H: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LBRO2H -->Data type : 1 -->Container ID : 730 -->Target ID : 730 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LBRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.9137243E-10 -->Array min & max : 0.0000000E+00 4.4341421E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LBRO2N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LBRO2N HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LBRO2N # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LBRO2N: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LBRO2N -->Data type : 1 -->Container ID : 731 -->Target ID : 731 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LBRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.9052222E-10 -->Array min & max : 0.0000000E+00 2.9204857E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LISOPOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LISOPOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LISOPOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LISOPOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LISOPOH -->Data type : 1 -->Container ID : 732 -->Target ID : 732 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LISOPOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.2578068E-08 -->Array min & max : 0.0000000E+00 2.8449354E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LISOPNO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LISOPNO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LISOPNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LISOPNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LISOPNO3 -->Data type : 1 -->Container ID : 733 -->Target ID : 733 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LISOPNO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.3135729E-09 -->Array min & max : 0.0000000E+00 1.0214943E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LNRO2H Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LNRO2H HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LNRO2H # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LNRO2H: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LNRO2H -->Data type : 1 -->Container ID : 734 -->Target ID : 734 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LNRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LNRO2N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LNRO2N HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LNRO2N # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LNRO2N: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LNRO2N -->Data type : 1 -->Container ID : 735 -->Target ID : 735 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LNRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NRO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NRO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NRO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NRO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NRO2 -->Data type : 1 -->Container ID : 736 -->Target ID : 736 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3080169E-26 -->Array min & max : 0.0000000E+00 1.0000000E-30 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_NAP Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_NAP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_NAP # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_NAP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_NAP -->Data type : 1 -->Container ID : 737 -->Target ID : 737 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_NAP -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3080169E-26 -->Array min & max : 0.0000000E+00 1.0000000E-30 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LTRO2H Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LTRO2H HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LTRO2H # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LTRO2H: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LTRO2H -->Data type : 1 -->Container ID : 738 -->Target ID : 738 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LTRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.6136296E-10 -->Array min & max : 0.0000000E+00 9.1854465E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LTRO2N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LTRO2N HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LTRO2N # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LTRO2N: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LTRO2N -->Data type : 1 -->Container ID : 739 -->Target ID : 739 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LTRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4699163E-09 -->Array min & max : 0.0000000E+00 1.2607421E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LXRO2H Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LXRO2H HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LXRO2H # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LXRO2H: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LXRO2H -->Data type : 1 -->Container ID : 740 -->Target ID : 740 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LXRO2H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9055503E-10 -->Array min & max : 0.0000000E+00 2.1611972E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LXRO2N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LXRO2N HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LXRO2N # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LXRO2N: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LXRO2N -->Data type : 1 -->Container ID : 741 -->Target ID : 741 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LXRO2N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5925349E-09 -->Array min & max : 0.0000000E+00 5.0462457E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO4H1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO4H1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO4H1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO4H1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO4H1 -->Data type : 1 -->Container ID : 742 -->Target ID : 742 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3080169E-26 -->Array min & max : 0.0000000E+00 1.0000000E-30 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO4H2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO4H2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO4H2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO4H2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO4H2 -->Data type : 1 -->Container ID : 743 -->Target ID : 743 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3080169E-26 -->Array min & max : 0.0000000E+00 1.0000000E-30 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO4H3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO4H3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO4H3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO4H3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO4H3 -->Data type : 1 -->Container ID : 744 -->Target ID : 744 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3080169E-26 -->Array min & max : 0.0000000E+00 1.0000000E-30 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_SO4H4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_SO4H4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_SO4H4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_SO4H4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_SO4H4 -->Data type : 1 -->Container ID : 745 -->Target ID : 745 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_SO4H4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.3080169E-26 -->Array min & max : 0.0000000E+00 1.0000000E-30 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_POx Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_POx HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_POx # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_POx: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_POx -->Data type : 1 -->Container ID : 746 -->Target ID : 746 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_POx -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5101721E-03 -->Array min & max : 1.0000000E-30 4.0009633E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LOx Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LOx HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LOx # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LOx: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LOx -->Data type : 1 -->Container ID : 747 -->Target ID : 747 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LOx -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5067688E-03 -->Array min & max : 1.0000000E-30 4.0665915E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PCO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PCO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PCO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PCO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PCO -->Data type : 1 -->Container ID : 748 -->Target ID : 748 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PCO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.2527156E-06 -->Array min & max : 1.0000000E-30 4.1893453E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LCO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LCO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LCO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LCO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LCO -->Data type : 1 -->Container ID : 749 -->Target ID : 749 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LCO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.0469564E-06 -->Array min & max : 1.0000000E-30 3.9173223E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PSO4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PSO4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PSO4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PSO4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PSO4 -->Data type : 1 -->Container ID : 750 -->Target ID : 750 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PSO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.5117639E-09 -->Array min & max : 1.0000000E-30 5.6825919E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LCH4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LCH4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LCH4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LCH4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LCH4 -->Data type : 1 -->Container ID : 751 -->Target ID : 751 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LCH4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9077991E-06 -->Array min & max : 1.0000000E-30 1.7243988E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PH2O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PH2O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PH2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PH2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PH2O2 -->Data type : 1 -->Container ID : 752 -->Target ID : 752 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PH2O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7801265E-07 -->Array min & max : 1.0000000E-30 1.0873069E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_BRO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_BRO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_BRO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_BRO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_BRO2 -->Data type : 1 -->Container ID : 753 -->Target ID : 753 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_BRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.6918391E-10 -->Array min & max : 0.0000000E+00 8.9142008E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_TRO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_TRO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_TRO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_TRO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_TRO2 -->Data type : 1 -->Container ID : 754 -->Target ID : 754 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_TRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.8740468E-10 -->Array min & max : 0.0000000E+00 1.5102806E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_N HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_N # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_N: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_N -->Data type : 1 -->Container ID : 755 -->Target ID : 755 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1917655E-10 -->Array min & max : 0.0000000E+00 2.0692249E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_XRO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_XRO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_XRO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_XRO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_XRO2 -->Data type : 1 -->Container ID : 756 -->Target ID : 756 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_XRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1700935E-10 -->Array min & max : 0.0000000E+00 5.0674314E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPALD1OO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPALD1OO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPALD1OO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPALD1OO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPALD1OO -->Data type : 1 -->Container ID : 757 -->Target ID : 757 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD1OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.3905327E-11 -->Array min & max : 0.0000000E+00 2.6460201E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HPALD2OO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HPALD2OO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HPALD2OO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HPALD2OO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HPALD2OO -->Data type : 1 -->Container ID : 758 -->Target ID : 758 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HPALD2OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.3759929E-11 -->Array min & max : 0.0000000E+00 5.1217808E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INA Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INA # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INA -->Data type : 1 -->Container ID : 759 -->Target ID : 759 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INA -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.1476369E-18 -->Array min & max : 0.0000000E+00 6.1925468E-20 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_C4HVP1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_C4HVP1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_C4HVP1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_C4HVP1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_C4HVP1 -->Data type : 1 -->Container ID : 760 -->Target ID : 760 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C4HVP1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.4794307E-12 -->Array min & max : 0.0000000E+00 3.5633006E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_C4HVP2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_C4HVP2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_C4HVP2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_C4HVP2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_C4HVP2 -->Data type : 1 -->Container ID : 761 -->Target ID : 761 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_C4HVP2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8950137E-11 -->Array min & max : 0.0000000E+00 6.8219295E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDNOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDNOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDNOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDNOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDNOO -->Data type : 1 -->Container ID : 762 -->Target ID : 762 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDNOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.0477118E-12 -->Array min & max : 0.0000000E+00 3.3643420E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ICNOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ICNOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ICNOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ICNOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ICNOO -->Data type : 1 -->Container ID : 763 -->Target ID : 763 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICNOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6396687E-10 -->Array min & max : 0.0000000E+00 1.2232181E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ISOPNOO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ISOPNOO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ISOPNOO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ISOPNOO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ISOPNOO2 -->Data type : 1 -->Container ID : 764 -->Target ID : 764 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISOPNOO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3328197E-11 -->Array min & max : 0.0000000E+00 2.1035547E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ROH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ROH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ROH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ROH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ROH -->Data type : 1 -->Container ID : 765 -->Target ID : 765 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ROH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.8734340E-08 -->Array min & max : 1.0000000E-30 3.7720876E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDHNDOO1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDHNDOO1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDHNDOO1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDHNDOO1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDHNDOO1 -->Data type : 1 -->Container ID : 766 -->Target ID : 766 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHNDOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.5215979E-12 -->Array min & max : 0.0000000E+00 2.3654239E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDHNDOO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDHNDOO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDHNDOO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDHNDOO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDHNDOO2 -->Data type : 1 -->Container ID : 767 -->Target ID : 767 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHNDOO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.2778298E-12 -->Array min & max : 0.0000000E+00 8.2015786E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ISOPNOO1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ISOPNOO1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ISOPNOO1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ISOPNOO1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ISOPNOO1 -->Data type : 1 -->Container ID : 768 -->Target ID : 768 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ISOPNOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2670530E-11 -->Array min & max : 0.0000000E+00 3.4119714E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H -->Data type : 1 -->Container ID : 769 -->Target ID : 769 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5371605E-08 -->Array min & max : 1.0000000E-30 1.3642060E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHPOO1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHPOO1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHPOO1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHPOO1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHPOO1 -->Data type : 1 -->Container ID : 770 -->Target ID : 770 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.8741531E-11 -->Array min & max : 0.0000000E+00 4.8662043E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHPOO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHPOO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHPOO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHPOO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHPOO2 -->Data type : 1 -->Container ID : 771 -->Target ID : 771 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPOO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.5062938E-12 -->Array min & max : 0.0000000E+00 8.3091831E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHPNDOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHPNDOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHPNDOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHPNDOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHPNDOO -->Data type : 1 -->Container ID : 772 -->Target ID : 772 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPNDOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1453001E-11 -->Array min & max : 0.0000000E+00 4.3356611E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHPOO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHPOO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHPOO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHPOO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHPOO3 -->Data type : 1 -->Container ID : 773 -->Target ID : 773 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPOO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.8139077E-11 -->Array min & max : 0.0000000E+00 7.3977052E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ICHOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ICHOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ICHOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ICHOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ICHOO -->Data type : 1 -->Container ID : 774 -->Target ID : 774 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ICHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3949306E-12 -->Array min & max : 0.0000000E+00 4.4361940E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_R4N1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_R4N1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_R4N1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_R4N1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_R4N1 -->Data type : 1 -->Container ID : 775 -->Target ID : 775 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4N1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.5843483E-11 -->Array min & max : 0.0000000E+00 1.1251179E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PRN1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PRN1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PRN1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PRN1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PRN1 -->Data type : 1 -->Container ID : 776 -->Target ID : 776 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PRN1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1027270E-09 -->Array min & max : 0.0000000E+00 1.3029575E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MVKOHOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MVKOHOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MVKOHOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MVKOHOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MVKOHOO -->Data type : 1 -->Container ID : 777 -->Target ID : 777 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MVKOHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.9318788E-09 -->Array min & max : 0.0000000E+00 7.0029460E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCROHOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCROHOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCROHOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCROHOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCROHOO -->Data type : 1 -->Container ID : 778 -->Target ID : 778 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCROHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6450729E-11 -->Array min & max : 0.0000000E+00 3.3036782E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MACR1OO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MACR1OO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MACR1OO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MACR1OO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MACR1OO -->Data type : 1 -->Container ID : 779 -->Target ID : 779 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACR1OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1752274E-10 -->Array min & max : 0.0000000E+00 7.0122494E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PO2 -->Data type : 1 -->Container ID : 780 -->Target ID : 780 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6689222E-09 -->Array min & max : 0.0000000E+00 9.5883674E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OLNN Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OLNN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OLNN # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OLNN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OLNN -->Data type : 1 -->Container ID : 781 -->Target ID : 781 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OLNN -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5322058E-10 -->Array min & max : 0.0000000E+00 2.7784695E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OLND Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OLND HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OLND # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OLND: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OLND -->Data type : 1 -->Container ID : 782 -->Target ID : 782 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OLND -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6791735E-09 -->Array min & max : 0.0000000E+00 1.8787007E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ETO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ETO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ETO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ETO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ETO2 -->Data type : 1 -->Container ID : 783 -->Target ID : 783 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ETO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3668861E-09 -->Array min & max : 0.0000000E+00 1.1933763E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHPNBOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHPNBOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHPNBOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHPNBOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHPNBOO -->Data type : 1 -->Container ID : 784 -->Target ID : 784 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHPNBOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.9822911E-12 -->Array min & max : 0.0000000E+00 1.3170004E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RCO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RCO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RCO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RCO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RCO3 -->Data type : 1 -->Container ID : 785 -->Target ID : 785 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RCO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3104836E-09 -->Array min & max : 0.0000000E+00 5.8339244E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_LIMO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_LIMO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_LIMO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_LIMO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_LIMO2 -->Data type : 1 -->Container ID : 786 -->Target ID : 786 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_LIMO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8704784E-10 -->Array min & max : 0.0000000E+00 1.5339808E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_KO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_KO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_KO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_KO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_KO2 -->Data type : 1 -->Container ID : 787 -->Target ID : 787 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_KO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.0191391E-09 -->Array min & max : 0.0000000E+00 4.2627971E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IEPOXAOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IEPOXAOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IEPOXAOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IEPOXAOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IEPOXAOO -->Data type : 1 -->Container ID : 788 -->Target ID : 788 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXAOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.8474278E-11 -->Array min & max : 0.0000000E+00 2.7864430E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IEPOXBOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IEPOXBOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IEPOXBOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IEPOXBOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IEPOXBOO -->Data type : 1 -->Container ID : 789 -->Target ID : 789 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IEPOXBOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.3947532E-12 -->Array min & max : 0.0000000E+00 1.1365076E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH3CHOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH3CHOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH3CHOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH3CHOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH3CHOO -->Data type : 1 -->Container ID : 790 -->Target ID : 790 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH3CHOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7878537E-13 -->Array min & max : 0.0000000E+00 1.5322713E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_PIO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_PIO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_PIO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_PIO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_PIO2 -->Data type : 1 -->Container ID : 791 -->Target ID : 791 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_PIO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.5846171E-09 -->Array min & max : 0.0000000E+00 8.9573670E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IDHNBOO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IDHNBOO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IDHNBOO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IDHNBOO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IDHNBOO -->Data type : 1 -->Container ID : 792 -->Target ID : 792 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IDHNBOO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1184688E-09 -->Array min & max : 0.0000000E+00 1.4469425E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_A3O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_A3O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_A3O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_A3O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_A3O2 -->Data type : 1 -->Container ID : 793 -->Target ID : 793 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_A3O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.0239149E-10 -->Array min & max : 1.0000000E-30 7.6588437E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INO2B Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INO2B HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INO2B # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INO2B: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INO2B -->Data type : 1 -->Container ID : 794 -->Target ID : 794 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INO2B -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.8515403E-09 -->Array min & max : 0.0000000E+00 1.0081725E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_INO2D Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_INO2D HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_INO2D # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_INO2D: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_INO2D -->Data type : 1 -->Container ID : 795 -->Target ID : 795 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_INO2D -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1868654E-09 -->Array min & max : 0.0000000E+00 8.1884464E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHOO4 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHOO4 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHOO4 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHOO4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHOO4 -->Data type : 1 -->Container ID : 796 -->Target ID : 796 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHOO4 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1789860E-09 -->Array min & max : 0.0000000E+00 2.4595454E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_IHOO1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_IHOO1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_IHOO1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_IHOO1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_IHOO1 -->Data type : 1 -->Container ID : 797 -->Target ID : 797 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_IHOO1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.7184230E-09 -->Array min & max : 0.0000000E+00 1.7847465E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MACRNO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MACRNO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MACRNO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MACRNO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MACRNO2 -->Data type : 1 -->Container ID : 798 -->Target ID : 798 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MACRNO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.0455684E-12 -->Array min & max : 0.0000000E+00 2.2248544E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_ATO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_ATO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_ATO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_ATO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_ATO2 -->Data type : 1 -->Container ID : 799 -->Target ID : 799 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_ATO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.5557677E-09 -->Array min & max : 1.0000000E-30 6.3497504E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OTHRO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OTHRO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OTHRO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OTHRO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OTHRO2 -->Data type : 1 -->Container ID : 800 -->Target ID : 800 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OTHRO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.4860934E-09 -->Array min & max : 1.0000000E-30 4.8305799E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_R4O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_R4O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_R4O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_R4O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_R4O2 -->Data type : 1 -->Container ID : 801 -->Target ID : 801 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_R4O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.5112488E-09 -->Array min & max : 0.0000000E+00 3.0558382E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_B3O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_B3O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_B3O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_B3O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_B3O2 -->Data type : 1 -->Container ID : 802 -->Target ID : 802 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_B3O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.0489509E-09 -->Array min & max : 1.0000000E-30 3.9747298E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_CH2OO Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_CH2OO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_CH2OO # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_CH2OO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_CH2OO -->Data type : 1 -->Container ID : 803 -->Target ID : 803 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_CH2OO -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9160954E-14 -->Array min & max : 0.0000000E+00 1.0578308E-16 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MCO3 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MCO3 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MCO3 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MCO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MCO3 -->Data type : 1 -->Container ID : 804 -->Target ID : 804 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MCO3 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.3174646E-08 -->Array min & max : 1.0000000E-30 2.7699776E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_MO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_MO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_MO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_MO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_MO2 -->Data type : 1 -->Container ID : 805 -->Target ID : 805 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_MO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.8858853E-07 -->Array min & max : 1.0000000E-30 4.9180233E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_O1D Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_O1D HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_O1D # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_O1D: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_O1D -->Data type : 1 -->Container ID : 806 -->Target ID : 806 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O1D -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.0896261E-11 -->Array min & max : 0.0000000E+00 1.8166802E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_HO2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_HO2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_HO2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_HO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_HO2 -->Data type : 1 -->Container ID : 807 -->Target ID : 807 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_HO2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.4664258E-06 -->Array min & max : 1.0000000E-30 3.2141034E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_OH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_OH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_OH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_OH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_OH -->Data type : 1 -->Container ID : 808 -->Target ID : 808 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_OH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2243669E-06 -->Array min & max : 1.0000000E-30 7.0554812E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_O Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_O HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_O # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_O -->Data type : 1 -->Container ID : 809 -->Target ID : 809 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.3201080E-04 -->Array min & max : 0.0000000E+00 1.7697914E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_H2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_H2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_H2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_H2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_H2 -->Data type : 1 -->Container ID : 810 -->Target ID : 810 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_H2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.7573243E-02 -->Array min & max : 1.0000000E-30 5.0000006E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_N2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_N2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_N2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_N2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_N2 -->Data type : 1 -->Container ID : 811 -->Target ID : 811 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_N2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 152657.4 -->Array min & max : 1.0000000E-30 0.7808000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_O2 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_O2 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_O2 # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_O2 -->Data type : 1 -->Container ID : 812 -->Target ID : 812 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_O2 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 40970.44 -->Array min & max : 1.0000000E-30 0.2095000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPC_RCOOH Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable SpeciesRst_RCOOH HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1 dry. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPC_RCOOH # of input levels = # of output levels - passed as is. Did vertical regridding for SPC_RCOOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPC_RCOOH -->Data type : 1 -->Container ID : 813 -->Target ID : 813 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: SpeciesRst_RCOOH -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9494548E-15 -->Array min & max : 1.0000000E-30 9.9999997E-21 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE00 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE00 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE00 -->Data type : 1 -->Container ID : 1066 -->Target ID : 1066 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE00 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2191.521 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE01 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE01 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE01 -->Data type : 1 -->Container ID : 1067 -->Target ID : 1067 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE01 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.3676629 -->Array min & max : 0.0000000E+00 2.8730061E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE02 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE02 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE02 -->Data type : 1 -->Container ID : 1068 -->Target ID : 1068 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE02 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 21.13465 -->Array min & max : 0.0000000E+00 0.9813898 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE03 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE03 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE03 -->Data type : 1 -->Container ID : 1069 -->Target ID : 1069 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE03 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.1043351 -->Array min & max : 0.0000000E+00 6.7304216E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE04 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE04 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE04 -->Data type : 1 -->Container ID : 1070 -->Target ID : 1070 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE04 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 17.19112 -->Array min & max : 0.0000000E+00 0.9845680 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE05 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE05 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE05 -->Data type : 1 -->Container ID : 1071 -->Target ID : 1071 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE05 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.069662 -->Array min & max : 0.0000000E+00 0.2194924 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE06 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE06 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE06 -->Data type : 1 -->Container ID : 1072 -->Target ID : 1072 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE06 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.090863 -->Array min & max : 0.0000000E+00 0.3065644 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE07 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE07 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE07 -->Data type : 1 -->Container ID : 1073 -->Target ID : 1073 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE07 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.2210226 -->Array min & max : 0.0000000E+00 0.2117371 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE08 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE08 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE08 -->Data type : 1 -->Container ID : 1074 -->Target ID : 1074 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE08 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 80.02738 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE09 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE09 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE09 -->Data type : 1 -->Container ID : 1075 -->Target ID : 1075 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE09 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 34.78392 -->Array min & max : 0.0000000E+00 0.9034939 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE10 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE10 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE10 -->Data type : 1 -->Container ID : 1076 -->Target ID : 1076 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE10 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.4667681 -->Array min & max : 0.0000000E+00 7.7552013E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE11 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE11 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE11 -->Data type : 1 -->Container ID : 1077 -->Target ID : 1077 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE11 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 10.39678 -->Array min & max : 0.0000000E+00 0.9720570 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE12 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE12 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE12 -->Data type : 1 -->Container ID : 1078 -->Target ID : 1078 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE12 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 408.8307 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE13 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE13 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE13 -->Data type : 1 -->Container ID : 1079 -->Target ID : 1079 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE13 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.1313035 -->Array min & max : 0.0000000E+00 3.4541987E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE14 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE14 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE14 -->Data type : 1 -->Container ID : 1080 -->Target ID : 1080 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE14 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE15 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE15 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE15 -->Data type : 1 -->Container ID : 1081 -->Target ID : 1081 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE15 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE16 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE16 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE16 -->Data type : 1 -->Container ID : 1082 -->Target ID : 1082 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE16 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.265012 -->Array min & max : 0.0000000E+00 0.4840777 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE17 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE17 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE17 -->Data type : 1 -->Container ID : 1083 -->Target ID : 1083 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE17 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE18 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE18 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE18 -->Data type : 1 -->Container ID : 1084 -->Target ID : 1084 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE18 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.199084 -->Array min & max : 0.0000000E+00 0.6541005 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE19 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE19 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE19 -->Data type : 1 -->Container ID : 1085 -->Target ID : 1085 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE19 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.751565 -->Array min & max : 0.0000000E+00 0.6275438 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE20 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE20 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE20 -->Data type : 1 -->Container ID : 1086 -->Target ID : 1086 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE20 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.5767528 -->Array min & max : 0.0000000E+00 0.2104080 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE21 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE21 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE21 -->Data type : 1 -->Container ID : 1087 -->Target ID : 1087 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE21 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 23.48497 -->Array min & max : 0.0000000E+00 0.8585600 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE22 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE22 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE22 -->Data type : 1 -->Container ID : 1088 -->Target ID : 1088 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE22 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.481251 -->Array min & max : 0.0000000E+00 0.8702115 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE23 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE23 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE23 -->Data type : 1 -->Container ID : 1089 -->Target ID : 1089 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE23 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 20.29050 -->Array min & max : 0.0000000E+00 0.6276769 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE24 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE24 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE24 -->Data type : 1 -->Container ID : 1090 -->Target ID : 1090 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE24 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.812768 -->Array min & max : 0.0000000E+00 0.4938236 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE25 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE25 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE25 -->Data type : 1 -->Container ID : 1091 -->Target ID : 1091 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE25 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.200741 -->Array min & max : 0.0000000E+00 0.8295850 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE26 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE26 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE26 -->Data type : 1 -->Container ID : 1092 -->Target ID : 1092 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE26 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.149693 -->Array min & max : 0.0000000E+00 0.3125646 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE27 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE27 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE27 -->Data type : 1 -->Container ID : 1093 -->Target ID : 1093 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE27 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.609606 -->Array min & max : 0.0000000E+00 0.5567729 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE28 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE28 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE28 -->Data type : 1 -->Container ID : 1094 -->Target ID : 1094 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE28 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.6599975 -->Array min & max : 0.0000000E+00 9.0452947E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE29 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE29 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE29 -->Data type : 1 -->Container ID : 1095 -->Target ID : 1095 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE29 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.227551 -->Array min & max : 0.0000000E+00 0.7156538 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE30 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE30 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE30 -->Data type : 1 -->Container ID : 1096 -->Target ID : 1096 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE30 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.337836 -->Array min & max : 0.0000000E+00 0.6183800 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE31 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE31 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE31 -->Data type : 1 -->Container ID : 1097 -->Target ID : 1097 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE31 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 24.82936 -->Array min & max : 0.0000000E+00 0.9718753 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE32 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE32 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE32 -->Data type : 1 -->Container ID : 1098 -->Target ID : 1098 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE32 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.768986 -->Array min & max : 0.0000000E+00 0.5909394 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE33 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE33 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE33 -->Data type : 1 -->Container ID : 1099 -->Target ID : 1099 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE33 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 45.38857 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE34 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE34 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE34 -->Data type : 1 -->Container ID : 1100 -->Target ID : 1100 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE34 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.637916 -->Array min & max : 0.0000000E+00 0.1940344 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE35 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE35 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE35 -->Data type : 1 -->Container ID : 1101 -->Target ID : 1101 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE35 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.582551 -->Array min & max : 0.0000000E+00 0.6790308 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE36 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE36 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE36 -->Data type : 1 -->Container ID : 1102 -->Target ID : 1102 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE36 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 11.88642 -->Array min & max : 0.0000000E+00 0.9287334 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE37 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE37 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE37 -->Data type : 1 -->Container ID : 1103 -->Target ID : 1103 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE37 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.675226 -->Array min & max : 0.0000000E+00 0.2092294 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE38 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE38 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE38 -->Data type : 1 -->Container ID : 1104 -->Target ID : 1104 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE38 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.6993952 -->Array min & max : 0.0000000E+00 6.9010042E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE39 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE39 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE39 -->Data type : 1 -->Container ID : 1105 -->Target ID : 1105 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE39 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE40 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE40 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE40 -->Data type : 1 -->Container ID : 1106 -->Target ID : 1106 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE40 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.863393 -->Array min & max : 0.0000000E+00 0.5953353 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE41 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE41 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE41 -->Data type : 1 -->Container ID : 1107 -->Target ID : 1107 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE41 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 58.31194 -->Array min & max : 0.0000000E+00 0.9295313 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE42 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE42 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE42 -->Data type : 1 -->Container ID : 1108 -->Target ID : 1108 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE42 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 12.00592 -->Array min & max : 0.0000000E+00 0.9506181 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE43 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE43 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE43 -->Data type : 1 -->Container ID : 1109 -->Target ID : 1109 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE43 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 68.37995 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE44 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE44 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE44 -->Data type : 1 -->Container ID : 1110 -->Target ID : 1110 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE44 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.852161 -->Array min & max : 0.0000000E+00 0.5331040 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE45 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE45 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE45 -->Data type : 1 -->Container ID : 1111 -->Target ID : 1111 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE45 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.2688634 -->Array min & max : 0.0000000E+00 9.0986259E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE46 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE46 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE46 -->Data type : 1 -->Container ID : 1112 -->Target ID : 1112 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE46 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.852452 -->Array min & max : 0.0000000E+00 0.3069321 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE47 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE47 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE47 -->Data type : 1 -->Container ID : 1113 -->Target ID : 1113 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE47 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 11.36196 -->Array min & max : 0.0000000E+00 0.9194948 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE48 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE48 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE48 -->Data type : 1 -->Container ID : 1114 -->Target ID : 1114 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE48 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE49 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE49 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE49 -->Data type : 1 -->Container ID : 1115 -->Target ID : 1115 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE49 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE50 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE50 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE50 -->Data type : 1 -->Container ID : 1116 -->Target ID : 1116 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE50 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.2881481 -->Array min & max : 0.0000000E+00 0.1206081 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE51 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE51 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE51 -->Data type : 1 -->Container ID : 1117 -->Target ID : 1117 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE51 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 44.26347 -->Array min & max : 0.0000000E+00 0.9469647 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE52 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE52 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE52 -->Data type : 1 -->Container ID : 1118 -->Target ID : 1118 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE52 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.781932 -->Array min & max : 0.0000000E+00 0.6865656 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE53 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE53 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE53 -->Data type : 1 -->Container ID : 1119 -->Target ID : 1119 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE53 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 23.45883 -->Array min & max : 0.0000000E+00 0.9399414 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE54 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE54 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE54 -->Data type : 1 -->Container ID : 1120 -->Target ID : 1120 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE54 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.8964130 -->Array min & max : 0.0000000E+00 0.2384547 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE55 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE55 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE55 -->Data type : 1 -->Container ID : 1121 -->Target ID : 1121 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE55 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.804500 -->Array min & max : 0.0000000E+00 0.4519005 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE56 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE56 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE56 -->Data type : 1 -->Container ID : 1122 -->Target ID : 1122 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE56 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.390090 -->Array min & max : 0.0000000E+00 0.5025208 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE57 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE57 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE57 -->Data type : 1 -->Container ID : 1123 -->Target ID : 1123 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE57 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.364734 -->Array min & max : 0.0000000E+00 0.5481451 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE58 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE58 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE58 -->Data type : 1 -->Container ID : 1124 -->Target ID : 1124 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE58 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 14.22659 -->Array min & max : 0.0000000E+00 0.4966846 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE59 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE59 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE59 -->Data type : 1 -->Container ID : 1125 -->Target ID : 1125 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE59 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.782494 -->Array min & max : 0.0000000E+00 0.3657552 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE60 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE60 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE60 -->Data type : 1 -->Container ID : 1126 -->Target ID : 1126 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE60 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 18.04301 -->Array min & max : 0.0000000E+00 0.7203591 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE61 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE61 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE61 -->Data type : 1 -->Container ID : 1127 -->Target ID : 1127 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE61 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 10.38307 -->Array min & max : 0.0000000E+00 0.4978198 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE62 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE62 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE62 -->Data type : 1 -->Container ID : 1128 -->Target ID : 1128 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE62 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 13.70993 -->Array min & max : 0.0000000E+00 0.5952926 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE63 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE63 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE63 -->Data type : 1 -->Container ID : 1129 -->Target ID : 1129 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE63 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 29.43880 -->Array min & max : 0.0000000E+00 0.8581124 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE64 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE64 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE64 -->Data type : 1 -->Container ID : 1130 -->Target ID : 1130 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE64 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.9577076 -->Array min & max : 0.0000000E+00 0.1855449 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE65 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE65 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE65 -->Data type : 1 -->Container ID : 1131 -->Target ID : 1131 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE65 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE66 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE66 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE66 -->Data type : 1 -->Container ID : 1132 -->Target ID : 1132 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE66 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE67 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE67 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE67 -->Data type : 1 -->Container ID : 1133 -->Target ID : 1133 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE67 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE68 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE68 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE68 -->Data type : 1 -->Container ID : 1134 -->Target ID : 1134 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE68 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE69 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE69 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE69 -->Data type : 1 -->Container ID : 1135 -->Target ID : 1135 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE69 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.2921334 -->Array min & max : 0.0000000E+00 6.0039386E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE70 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE70 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE70 -->Data type : 1 -->Container ID : 1136 -->Target ID : 1136 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE70 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE71 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE71 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE71 -->Data type : 1 -->Container ID : 1137 -->Target ID : 1137 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE71 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LANDTYPE72 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LANDTYPE72 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LANDTYPE72 -->Data type : 1 -->Container ID : 1138 -->Target ID : 1138 -->File data home? 1 -->Source file : $ROOT/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc -->ncRead? T -->Shared data file? F -->Source parameter: LANDTYPE72 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.1689399 -->Array min & max : 0.0000000E+00 6.5690868E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_OCS Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/surface_VMR_OCS.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OCS Unit conversion settings: - Year, month : 1985 1 Data was in units of 1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_OCS -->Data type : 1 -->Container ID : 1230 -->Target ID : 1230 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/surface_VMR_OCS.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: OCS -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1656.000 -->Array min & max : 0.5000000 0.5000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_H2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/surface_VMR_H2.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable H2 Unit conversion settings: - Year, month : 1985 1 Data was in units of 1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_H2 -->Data type : 1 -->Container ID : 1231 -->Target ID : 1231 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/surface_VMR_H2.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H2 -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1656000. -->Array min & max : 500.0000 500.0001 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: surf_salinity Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OCEAN_O3_DRYDEP/v2020-02/WOA_2013_salinity.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable s_mn Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container surf_salinity -->Data type : 1 -->Container ID : 1232 -->Target ID : 1232 -->File data home? 1 -->Source file : $ROOT/OCEAN_O3_DRYDEP/v2020-02/WOA_2013_salinity.nc -->ncRead? T -->Shared data file? F -->Source parameter: s_mn -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 74124.45 -->Array min & max : 0.0000000E+00 38.77305 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LIQFUEL_1985 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/AnnualScalar/v2014-07/AnnualScalar.geos.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 26 Time slice range : 198501010000.000 201001010000.000 preferred datetime: 198501010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable COscalar Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LIQFUEL_1985 -->Data type : 2 -->Container ID : 1238 -->Target ID : 1238 -->File data home? 1 -->Source file : $ROOT/AnnualScalar/v2014-07/AnnualScalar.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: COscalar -->Year range : 1985 1985 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3819.595 -->Array min & max : 0.3011014 4.081563 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 7 -->Operator : -1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EDGAR_TODNOX Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/EDGARv42/v2015-02/NO/EDGAR_hourly_NOxScal.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 200001010000.000 200001012300.000 preferred datetime: 200001010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 200001010000. selected tidx2: 24 corresponding datetime 2: 200001012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NOXscale Unit conversion settings: - Year, month : 2000 1 Data was in units of unitless - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EDGAR_TODNOX -->Data type : 2 -->Container ID : 1246 -->Target ID : 1246 -->File data home? 1 -->Source file : $ROOT/EDGARv42/v2015-02/NO/EDGAR_hourly_NOxScal.nc -->ncRead? T -->Shared data file? F -->Source parameter: NOXscale -->Year range : 2000 2000 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : -1.6120097E+34 -->Array min & max : -9.9999998E+30 2.016865 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 25 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: GEIA_TOD_FOSSIL Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEIA_TOD_FOSSIL -->Data type : 2 -->Container ID : 1247 -->Target ID : 1247 -->File data home? 1 -->Source file : 0.45/0.45/0.6/0.6/0.6/0.6/1.45/1.45/1.45/1.45/1.4/1.4/1.4/1.4/1.45/1.45/1.45/1.45/0.65/0.65/0.65/0.65/0.45/0.45 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.4500000 -->Array min & max : 0.4500000 0.4500000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? T -->Tempres : Hourly -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 26 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: GEIA_DOW_HC Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEIA_DOW_HC -->Data type : 2 -->Container ID : 1248 -->Target ID : 1248 -->File data home? 1 -->Source file : 0.671/1.1102/1.1102/1.1102/1.1102/1.1102/0.768 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.6710000 -->Array min & max : 0.6710000 0.6710000 -->Time dimension : 7 -->Delta t[h] : 24 -->Local time? T -->Tempres : Weekday -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 22 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoACET Evaluated function: 58.09/(3.0*12.0) --> 1.61361111111111 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoACET -->Data type : 2 -->Container ID : 1250 -->Target ID : 1250 -->File data home? 1 -->Source file : MATH:58.09/(3.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.613611 -->Array min & max : 1.613611 1.613611 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 40 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoALD2 Evaluated function: 44.06/(2.0*12.0) --> 1.83583333333333 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoALD2 -->Data type : 2 -->Container ID : 1251 -->Target ID : 1251 -->File data home? 1 -->Source file : MATH:44.06/(2.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.835833 -->Array min & max : 1.835833 1.835833 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 41 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoC2H6 Evaluated function: 30.08/(2.0*12.0) --> 1.25333333333333 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoC2H6 -->Data type : 2 -->Container ID : 1255 -->Target ID : 1255 -->File data home? 1 -->Source file : MATH:30.08/(2.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.253333 -->Array min & max : 1.253333 1.253333 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 45 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoC3H8 Evaluated function: 46.08/(3.0*12.0) --> 1.28000000000000 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoC3H8 -->Data type : 2 -->Container ID : 1256 -->Target ID : 1256 -->File data home? 1 -->Source file : MATH:46.08/(3.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.280000 -->Array min & max : 1.280000 1.280000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 46 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoEOH Evaluated function: 46.06/(2.0*12.0) --> 1.91916666666667 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoEOH -->Data type : 2 -->Container ID : 1257 -->Target ID : 1257 -->File data home? 1 -->Source file : MATH:46.06/(2.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.919167 -->Array min & max : 1.919167 1.919167 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 47 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoPRPE Evaluated function: 42.09/(3.0*12.0) --> 1.16916666666667 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoPRPE -->Data type : 2 -->Container ID : 1259 -->Target ID : 1259 -->File data home? 1 -->Source file : MATH:42.09/(3.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.169167 -->Array min & max : 1.169167 1.169167 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 49 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoISOP Evaluated function: 68.13/(5.0*12.0) --> 1.13550000000000 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoISOP -->Data type : 2 -->Container ID : 1263 -->Target ID : 1263 -->File data home? 1 -->Source file : MATH:68.13/(5.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.135500 -->Array min & max : 1.135500 1.135500 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 61 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoMTPA Evaluated function: 136.26/(10.0*12.0) --> 1.13550000000000 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoMTPA -->Data type : 2 -->Container ID : 1264 -->Target ID : 1264 -->File data home? 1 -->Source file : MATH:136.26/(10.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.135500 -->Array min & max : 1.135500 1.135500 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 62 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: CtoMBOX Evaluated function: 86.13/(5.0*12.0) --> 1.43550000000000 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CtoMBOX -->Data type : 2 -->Container ID : 1265 -->Target ID : 1265 -->File data home? 1 -->Source file : MATH:86.13/(5.0*12.0) -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.435500 -->Array min & max : 1.435500 1.435500 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 64 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: SO2toSO4 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SO2toSO4 -->Data type : 2 -->Container ID : 1268 -->Target ID : 1268 -->File data home? 1 -->Source file : 0.031 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 3.0999999E-02 -->Array min & max : 3.0999999E-02 3.0999999E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 63 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: SO2toPFe Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SO2toPFe -->Data type : 2 -->Container ID : 1270 -->Target ID : 1270 -->File data home? 1 -->Source file : 1.0e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.0000000E-03 -->Array min & max : 1.0000000E-03 1.0000000E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 66 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: BC2BCPI Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BC2BCPI -->Data type : 2 -->Container ID : 1274 -->Target ID : 1274 -->File data home? 1 -->Source file : 0.2 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.2000000 -->Array min & max : 0.2000000 0.2000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 70 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: BC2BCPO Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BC2BCPO -->Data type : 2 -->Container ID : 1275 -->Target ID : 1275 -->File data home? 1 -->Source file : 0.8 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.8000000 -->Array min & max : 0.8000000 0.8000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 71 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: OC2OCPI Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container OC2OCPI -->Data type : 2 -->Container ID : 1276 -->Target ID : 1276 -->File data home? 1 -->Source file : 0.5 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.5000000 -->Array min & max : 0.5000000 0.5000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 72 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: OC2OCPO Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container OC2OCPO -->Data type : 2 -->Container ID : 1277 -->Target ID : 1277 -->File data home? 1 -->Source file : 0.5 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.5000000 -->Array min & max : 0.5000000 0.5000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 73 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: VOC1toMOH Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container VOC1toMOH -->Data type : 2 -->Container ID : 1281 -->Target ID : 1281 -->File data home? 1 -->Source file : 0.5 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.5000000 -->Array min & max : 0.5000000 0.5000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 90 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: VOC1toEOH Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container VOC1toEOH -->Data type : 2 -->Container ID : 1282 -->Target ID : 1282 -->File data home? 1 -->Source file : 0.375 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.3750000 -->Array min & max : 0.3750000 0.3750000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 91 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: NO2toNO Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container NO2toNO -->Data type : 2 -->Container ID : 1284 -->Target ID : 1284 -->File data home? 1 -->Source file : 6.521739e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.6521739 -->Array min & max : 0.6521739 0.6521739 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 115 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: COtoSOAP_anth Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container COtoSOAP_anth -->Data type : 2 -->Container ID : 1285 -->Target ID : 1285 -->File data home? 1 -->Source file : 0.069 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 6.8999998E-02 -->Array min & max : 6.8999998E-02 6.8999998E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 280 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: YIELD_RESP_ALD2 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container YIELD_RESP_ALD2 -->Data type : 2 -->Container ID : 1287 -->Target ID : 1287 -->File data home? 1 -->Source file : 55.0e-6 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 5.5000000E-05 -->Array min & max : 5.5000000E-05 5.5000000E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 85 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: YIELD_RESP_EOH Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container YIELD_RESP_EOH -->Data type : 2 -->Container ID : 1288 -->Target ID : 1288 -->File data home? 1 -->Source file : 52.0e-6 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 5.1999999E-05 -->Array min & max : 5.1999999E-05 5.1999999E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 86 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICACET Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICACET -->Data type : 2 -->Container ID : 1289 -->Target ID : 1289 -->File data home? 1 -->Source file : 3.693477e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 3.6934770E-03 -->Array min & max : 3.6934770E-03 3.6934770E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 101 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICALD2 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICALD2 -->Data type : 2 -->Container ID : 1290 -->Target ID : 1290 -->File data home? 1 -->Source file : 4.271822e-2 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 4.2718221E-02 -->Array min & max : 4.2718221E-02 4.2718221E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 102 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICALK4 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICALK4 -->Data type : 2 -->Container ID : 1291 -->Target ID : 1291 -->File data home? 1 -->Source file : 2.137911e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.2137911 -->Array min & max : 0.2137911 0.2137911 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 103 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICC2H6 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICC2H6 -->Data type : 2 -->Container ID : 1292 -->Target ID : 1292 -->File data home? 1 -->Source file : 5.214505e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 5.2145049E-03 -->Array min & max : 5.2145049E-03 5.2145049E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 104 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICC3H8 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICC3H8 -->Data type : 2 -->Container ID : 1293 -->Target ID : 1293 -->File data home? 1 -->Source file : 7.808710e-4 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 7.8087102E-04 -->Array min & max : 7.8087102E-04 7.8087102E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 105 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICCH2O Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICCH2O -->Data type : 2 -->Container ID : 1294 -->Target ID : 1294 -->File data home? 1 -->Source file : 1.230811e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.1230811 -->Array min & max : 0.1230811 0.1230811 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 106 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICPRPE Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICPRPE -->Data type : 2 -->Container ID : 1295 -->Target ID : 1295 -->File data home? 1 -->Source file : 1.780418e-1 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.1780418 -->Array min & max : 0.1780418 0.1780418 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 107 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICMACR Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICMACR -->Data type : 2 -->Container ID : 1296 -->Target ID : 1296 -->File data home? 1 -->Source file : 5.362609e-2 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 5.3626090E-02 -->Array min & max : 5.3626090E-02 5.3626090E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 108 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICRCHO Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICRCHO -->Data type : 2 -->Container ID : 1297 -->Target ID : 1297 -->File data home? 1 -->Source file : 3.676944e-2 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 3.6769439E-02 -->Array min & max : 3.6769439E-02 3.6769439E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 109 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICNOCO Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICNOCO -->Data type : 2 -->Container ID : 1298 -->Target ID : 1298 -->File data home? 1 -->Source file : 1.000000e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.0000000E-03 -->Array min & max : 1.0000000E-03 1.0000000E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 110 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICSO2 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICSO2 -->Data type : 2 -->Container ID : 1299 -->Target ID : 1299 -->File data home? 1 -->Source file : 1.176000e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.1760000E-03 -->Array min & max : 1.1760000E-03 1.1760000E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 111 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICSO4 Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICSO4 -->Data type : 2 -->Container ID : 1300 -->Target ID : 1300 -->File data home? 1 -->Source file : 3.600000e-5 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 3.6000001E-05 -->Array min & max : 3.6000001E-05 3.6000001E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 112 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICBC Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICBC -->Data type : 2 -->Container ID : 1301 -->Target ID : 1301 -->File data home? 1 -->Source file : 3.000000e-5 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 2.9999999E-05 -->Array min & max : 2.9999999E-05 2.9999999E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 113 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: AEICHC Data was in units of unitless - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEICHC -->Data type : 2 -->Container ID : 1302 -->Target ID : 1302 -->File data home? 1 -->Source file : 1.160000e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.1600000E-03 -->Array min & max : 1.1600000E-03 1.1600000E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 114 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: DST_SF Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DST_SF -->Data type : 2 -->Container ID : 1303 -->Target ID : 1303 -->File data home? 1 -->Source file : 3.86e-4 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 3.8600000E-04 -->Array min & max : 3.8600000E-04 3.8600000E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 606 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: ISOPtoSOA Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ISOPtoSOA -->Data type : 2 -->Container ID : 1304 -->Target ID : 1304 -->File data home? 1 -->Source file : 0.0170 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.7000001E-02 -->Array min & max : 1.7000001E-02 1.7000001E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 610 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: MONOtoSOA Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MONOtoSOA -->Data type : 2 -->Container ID : 1305 -->Target ID : 1305 -->File data home? 1 -->Source file : 0.0567 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 5.6699999E-02 -->Array min & max : 5.6699999E-02 5.6699999E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 611 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: OTHRtoSOA Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container OTHRtoSOA -->Data type : 2 -->Container ID : 1306 -->Target ID : 1306 -->File data home? 1 -->Source file : 0.0567 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 5.6699999E-02 -->Array min & max : 5.6699999E-02 5.6699999E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 612 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: SSAlkalinity Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SSAlkalinity -->Data type : 2 -->Container ID : 1307 -->Target ID : 1307 -->File data home? 1 -->Source file : 1.0 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.000000 -->Array min & max : 1.000000 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 615 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: SSChloride Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SSChloride -->Data type : 2 -->Container ID : 1308 -->Target ID : 1308 -->File data home? 1 -->Source file : 0.5504 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 0.5504000 -->Array min & max : 0.5504000 0.5504000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 616 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: BrContent Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BrContent -->Data type : 2 -->Container ID : 1309 -->Target ID : 1309 -->File data home? 1 -->Source file : 2.11e-3 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 2.1100000E-03 -->Array min & max : 2.1100000E-03 2.1100000E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 617 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: pptv2ppbv Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container pptv2ppbv -->Data type : 2 -->Container ID : 1310 -->Target ID : 1310 -->File data home? 1 -->Source file : 0.001 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.0000000E-03 -->Array min & max : 1.0000000E-03 1.0000000E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 801 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Read from config file: vv2ppbv Data was in units of 1 - unit conversion factor is 1.00000000000000 HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container vv2ppbv -->Data type : 2 -->Container ID : 1311 -->Target ID : 1311 -->File data home? 1 -->Source file : 1000000000 -->ncRead? F -->Shared data file? F -->Array dimension : 1 1 -->Array sum : 1.0000000E+09 -->Array min & max : 1.0000000E+09 1.0000000E+09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? T -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 802 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CHINA_MASK Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/MASKS/v2018-09/China_mask.generic.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MASK Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CHINA_MASK -->Data type : 3 -->Container ID : 1312 -->Target ID : 1312 -->File data home? 1 -->Source file : $ROOT/MASKS/v2018-09/China_mask.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MASK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 54.95216 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -1 -->Scal ID : 1009 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: INDIA_MASK Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/MASKS/v2019-05/India_mask.generic.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 198501010000.000 198501010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 198501010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MASK Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container INDIA_MASK -->Data type : 3 -->Container ID : 1313 -->Target ID : 1313 -->File data home? 1 -->Source file : $ROOT/MASKS/v2019-05/India_mask.generic.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: MASK -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 13.70116 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -1 -->Scal ID : 1010 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading year list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LIQFUEL_THISYR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/AnnualScalar/v2014-07/AnnualScalar.geos.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 26 Time slice range : 198501010000.000 201001010000.000 preferred datetime: 201001010000. selected tidx1: 26 corresponding datetime 1: 201001010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable COscalar Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LIQFUEL_THISYR -->Data type : 2 -->Container ID : 1237 -->Target ID : 1237 -->File data home? 1 -->Source file : $ROOT/AnnualScalar/v2014-07/AnnualScalar.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: COscalar -->Year range : 1985 2010 -->Month range : 1 1 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3540.940 -->Array min & max : 0.2248080 2.194129 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Scal ID : 6 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading month list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_AGR -->Data type : 1 -->Container ID : 1 -->Target ID : 1 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.2186185E-10 -->Array min & max : 0.0000000E+00 1.4003426E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_ENE -->Data type : 1 -->Container ID : 2 -->Target ID : 2 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6873763E-09 -->Array min & max : 0.0000000E+00 7.0371931E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_IND -->Data type : 1 -->Container ID : 3 -->Target ID : 3 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8669908E-09 -->Array min & max : 0.0000000E+00 1.1473867E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_NRTR -->Data type : 1 -->Container ID : 4 -->Target ID : 4 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.3056095E-10 -->Array min & max : 0.0000000E+00 1.6912484E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_ROAD -->Data type : 1 -->Container ID : 5 -->Target ID : 5 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8934650E-09 -->Array min & max : 0.0000000E+00 5.5540988E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_RCOR -->Data type : 1 -->Container ID : 6 -->Target ID : 6 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2007061E-10 -->Array min & max : 0.0000000E+00 1.3243433E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_RCOC -->Data type : 1 -->Container ID : 7 -->Target ID : 7 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.2991896E-11 -->Array min & max : 0.0000000E+00 2.0176009E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_RCOO -->Data type : 1 -->Container ID : 8 -->Target ID : 8 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.5513933E-10 -->Array min & max : 0.0000000E+00 1.4764212E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_SLV -->Data type : 1 -->Container ID : 9 -->Target ID : 9 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_WST -->Data type : 1 -->Container ID : 10 -->Target ID : 10 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3610816E-10 -->Array min & max : 0.0000000E+00 6.2060864E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_AGR -->Data type : 1 -->Container ID : 11 -->Target ID : 11 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_AGR -->Data type : 1 -->Container ID : 12 -->Target ID : 12 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_ENE -->Data type : 1 -->Container ID : 13 -->Target ID : 13 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.2959533E-09 -->Array min & max : 0.0000000E+00 4.2896883E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_ENE -->Data type : 1 -->Container ID : 14 -->Target ID : 14 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.2959533E-09 -->Array min & max : 0.0000000E+00 4.2896883E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_IND -->Data type : 1 -->Container ID : 15 -->Target ID : 15 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2108649E-08 -->Array min & max : 0.0000000E+00 1.6910018E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_IND -->Data type : 1 -->Container ID : 16 -->Target ID : 16 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2108649E-08 -->Array min & max : 0.0000000E+00 1.6910018E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_NRTR -->Data type : 1 -->Container ID : 17 -->Target ID : 17 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.0947498E-10 -->Array min & max : 0.0000000E+00 3.1830243E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_NRTR -->Data type : 1 -->Container ID : 18 -->Target ID : 18 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.0947498E-10 -->Array min & max : 0.0000000E+00 3.1830243E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_ROAD -->Data type : 1 -->Container ID : 19 -->Target ID : 19 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6221748E-08 -->Array min & max : 0.0000000E+00 3.9574310E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_ROAD -->Data type : 1 -->Container ID : 20 -->Target ID : 20 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6221748E-08 -->Array min & max : 0.0000000E+00 3.9574310E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_RCOR -->Data type : 1 -->Container ID : 21 -->Target ID : 21 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3244739E-08 -->Array min & max : 0.0000000E+00 8.6695096E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_RCOR -->Data type : 1 -->Container ID : 22 -->Target ID : 22 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3244739E-08 -->Array min & max : 0.0000000E+00 8.6695096E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_RCOC -->Data type : 1 -->Container ID : 23 -->Target ID : 23 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5264907E-10 -->Array min & max : 0.0000000E+00 1.1448991E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_RCOC -->Data type : 1 -->Container ID : 24 -->Target ID : 24 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5264907E-10 -->Array min & max : 0.0000000E+00 1.1448991E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_RCOO -->Data type : 1 -->Container ID : 25 -->Target ID : 25 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5145428E-09 -->Array min & max : 0.0000000E+00 1.7610273E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_RCOO -->Data type : 1 -->Container ID : 26 -->Target ID : 26 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5145428E-09 -->Array min & max : 0.0000000E+00 1.7610273E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_SLV -->Data type : 1 -->Container ID : 27 -->Target ID : 27 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_SLV -->Data type : 1 -->Container ID : 28 -->Target ID : 28 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_WST -->Data type : 1 -->Container ID : 29 -->Target ID : 29 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5954581E-09 -->Array min & max : 0.0000000E+00 6.3267398E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_WST -->Data type : 1 -->Container ID : 30 -->Target ID : 30 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5954581E-09 -->Array min & max : 0.0000000E+00 6.3267398E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_AGR -->Data type : 1 -->Container ID : 31 -->Target ID : 31 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_AGR -->Data type : 1 -->Container ID : 32 -->Target ID : 32 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_AGR -->Data type : 1 -->Container ID : 33 -->Target ID : 33 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_ENE -->Data type : 1 -->Container ID : 34 -->Target ID : 34 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.9690998E-09 -->Array min & max : 0.0000000E+00 2.8243591E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_ENE -->Data type : 1 -->Container ID : 35 -->Target ID : 35 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.9690998E-09 -->Array min & max : 0.0000000E+00 2.8243591E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_ENE -->Data type : 1 -->Container ID : 36 -->Target ID : 36 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.9690998E-09 -->Array min & max : 0.0000000E+00 2.8243591E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_IND -->Data type : 1 -->Container ID : 37 -->Target ID : 37 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.5071999E-09 -->Array min & max : 0.0000000E+00 1.8844437E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_IND -->Data type : 1 -->Container ID : 38 -->Target ID : 38 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.5071999E-09 -->Array min & max : 0.0000000E+00 1.8844437E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_IND -->Data type : 1 -->Container ID : 39 -->Target ID : 39 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.5071999E-09 -->Array min & max : 0.0000000E+00 1.8844437E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_NRTR -->Data type : 1 -->Container ID : 40 -->Target ID : 40 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4321444E-10 -->Array min & max : 0.0000000E+00 3.7533462E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_NRTR -->Data type : 1 -->Container ID : 41 -->Target ID : 41 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4321444E-10 -->Array min & max : 0.0000000E+00 3.7533462E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_NRTR -->Data type : 1 -->Container ID : 42 -->Target ID : 42 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4321444E-10 -->Array min & max : 0.0000000E+00 3.7533462E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_ROAD -->Data type : 1 -->Container ID : 43 -->Target ID : 43 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7624206E-10 -->Array min & max : 0.0000000E+00 7.4858167E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_ROAD -->Data type : 1 -->Container ID : 44 -->Target ID : 44 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7624206E-10 -->Array min & max : 0.0000000E+00 7.4858167E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_ROAD -->Data type : 1 -->Container ID : 45 -->Target ID : 45 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7624206E-10 -->Array min & max : 0.0000000E+00 7.4858167E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_RCOR -->Data type : 1 -->Container ID : 46 -->Target ID : 46 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2769240E-10 -->Array min & max : 0.0000000E+00 1.3233534E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_RCOR -->Data type : 1 -->Container ID : 47 -->Target ID : 47 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2769240E-10 -->Array min & max : 0.0000000E+00 1.3233534E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_RCOR -->Data type : 1 -->Container ID : 48 -->Target ID : 48 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2769240E-10 -->Array min & max : 0.0000000E+00 1.3233534E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_RCOC -->Data type : 1 -->Container ID : 49 -->Target ID : 49 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4382437E-10 -->Array min & max : 0.0000000E+00 5.5866301E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_RCOC -->Data type : 1 -->Container ID : 50 -->Target ID : 50 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4382437E-10 -->Array min & max : 0.0000000E+00 5.5866301E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_RCOC -->Data type : 1 -->Container ID : 51 -->Target ID : 51 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4382437E-10 -->Array min & max : 0.0000000E+00 5.5866301E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_RCOO -->Data type : 1 -->Container ID : 52 -->Target ID : 52 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3832972E-10 -->Array min & max : 0.0000000E+00 6.1964418E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_RCOO -->Data type : 1 -->Container ID : 53 -->Target ID : 53 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3832972E-10 -->Array min & max : 0.0000000E+00 6.1964418E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_RCOO -->Data type : 1 -->Container ID : 54 -->Target ID : 54 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3832972E-10 -->Array min & max : 0.0000000E+00 6.1964418E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_SLV -->Data type : 1 -->Container ID : 55 -->Target ID : 55 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_SLV -->Data type : 1 -->Container ID : 56 -->Target ID : 56 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_SLV -->Data type : 1 -->Container ID : 57 -->Target ID : 57 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_WST -->Data type : 1 -->Container ID : 58 -->Target ID : 58 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.6669966E-11 -->Array min & max : 0.0000000E+00 8.3246572E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_WST -->Data type : 1 -->Container ID : 59 -->Target ID : 59 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.6669966E-11 -->Array min & max : 0.0000000E+00 8.3246572E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_WST -->Data type : 1 -->Container ID : 60 -->Target ID : 60 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.6669966E-11 -->Array min & max : 0.0000000E+00 8.3246572E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_AGR -->Data type : 1 -->Container ID : 61 -->Target ID : 61 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.3853660E-09 -->Array min & max : 0.0000000E+00 1.7101030E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_ENE -->Data type : 1 -->Container ID : 62 -->Target ID : 62 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6769196E-10 -->Array min & max : 0.0000000E+00 1.1344730E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_IND -->Data type : 1 -->Container ID : 63 -->Target ID : 63 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.7852930E-10 -->Array min & max : 0.0000000E+00 9.0218328E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_NRTR -->Data type : 1 -->Container ID : 64 -->Target ID : 64 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.3376936E-13 -->Array min & max : 0.0000000E+00 5.9367272E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_ROAD -->Data type : 1 -->Container ID : 65 -->Target ID : 65 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.1131301E-11 -->Array min & max : 0.0000000E+00 1.0783137E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_RCOR -->Data type : 1 -->Container ID : 66 -->Target ID : 66 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.6706761E-10 -->Array min & max : 0.0000000E+00 2.7051306E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_RCOC -->Data type : 1 -->Container ID : 67 -->Target ID : 67 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3931363E-12 -->Array min & max : 0.0000000E+00 5.6222408E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_RCOO -->Data type : 1 -->Container ID : 68 -->Target ID : 68 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.2567503E-12 -->Array min & max : 0.0000000E+00 1.3409948E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_SLV -->Data type : 1 -->Container ID : 69 -->Target ID : 69 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8974575E-14 -->Array min & max : 0.0000000E+00 2.0219189E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_WST -->Data type : 1 -->Container ID : 70 -->Target ID : 70 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2371565E-09 -->Array min & max : 0.0000000E+00 2.5322477E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_AGR -->Data type : 1 -->Container ID : 71 -->Target ID : 71 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_AGR -->Data type : 1 -->Container ID : 72 -->Target ID : 72 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_ENE -->Data type : 1 -->Container ID : 73 -->Target ID : 73 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.0334316E-11 -->Array min & max : 0.0000000E+00 3.8445909E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_ENE -->Data type : 1 -->Container ID : 74 -->Target ID : 74 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.0334316E-11 -->Array min & max : 0.0000000E+00 3.8445909E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_IND -->Data type : 1 -->Container ID : 75 -->Target ID : 75 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0653948E-10 -->Array min & max : 0.0000000E+00 6.0387294E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_IND -->Data type : 1 -->Container ID : 76 -->Target ID : 76 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0653948E-10 -->Array min & max : 0.0000000E+00 6.0387294E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_NRTR -->Data type : 1 -->Container ID : 77 -->Target ID : 77 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4506042E-11 -->Array min & max : 0.0000000E+00 5.7068174E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_NRTR -->Data type : 1 -->Container ID : 78 -->Target ID : 78 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4506042E-11 -->Array min & max : 0.0000000E+00 5.7068174E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_ROAD -->Data type : 1 -->Container ID : 79 -->Target ID : 79 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8143891E-10 -->Array min & max : 0.0000000E+00 4.0644792E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_ROAD -->Data type : 1 -->Container ID : 80 -->Target ID : 80 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8143891E-10 -->Array min & max : 0.0000000E+00 4.0644792E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_RCOR -->Data type : 1 -->Container ID : 81 -->Target ID : 81 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8399666E-10 -->Array min & max : 0.0000000E+00 1.1418199E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_RCOR -->Data type : 1 -->Container ID : 82 -->Target ID : 82 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8399666E-10 -->Array min & max : 0.0000000E+00 1.1418199E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_RCOC -->Data type : 1 -->Container ID : 83 -->Target ID : 83 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1105750E-11 -->Array min & max : 0.0000000E+00 9.7237778E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_RCOC -->Data type : 1 -->Container ID : 84 -->Target ID : 84 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1105750E-11 -->Array min & max : 0.0000000E+00 9.7237778E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_RCOO -->Data type : 1 -->Container ID : 85 -->Target ID : 85 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.9478244E-11 -->Array min & max : 0.0000000E+00 1.5178207E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_RCOO -->Data type : 1 -->Container ID : 86 -->Target ID : 86 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.9478244E-11 -->Array min & max : 0.0000000E+00 1.5178207E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_SLV -->Data type : 1 -->Container ID : 87 -->Target ID : 87 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_SLV -->Data type : 1 -->Container ID : 88 -->Target ID : 88 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_WST -->Data type : 1 -->Container ID : 89 -->Target ID : 89 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.0518523E-11 -->Array min & max : 0.0000000E+00 1.0822053E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_WST -->Data type : 1 -->Container ID : 90 -->Target ID : 90 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.0518523E-11 -->Array min & max : 0.0000000E+00 1.0822053E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_AGR -->Data type : 1 -->Container ID : 91 -->Target ID : 91 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_AGR -->Data type : 1 -->Container ID : 92 -->Target ID : 92 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_ENE -->Data type : 1 -->Container ID : 95 -->Target ID : 95 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6802508E-10 -->Array min & max : 0.0000000E+00 8.2313305E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_ENE -->Data type : 1 -->Container ID : 96 -->Target ID : 96 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6802508E-10 -->Array min & max : 0.0000000E+00 8.2313305E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_IND -->Data type : 1 -->Container ID : 99 -->Target ID : 99 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.9609296E-10 -->Array min & max : 0.0000000E+00 1.6788192E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_IND -->Data type : 1 -->Container ID : 100 -->Target ID : 100 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.9609296E-10 -->Array min & max : 0.0000000E+00 1.6788192E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_NRTR -->Data type : 1 -->Container ID : 103 -->Target ID : 103 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.3112879E-12 -->Array min & max : 0.0000000E+00 2.7159931E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_NRTR -->Data type : 1 -->Container ID : 104 -->Target ID : 104 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.3112879E-12 -->Array min & max : 0.0000000E+00 2.7159931E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_ROAD -->Data type : 1 -->Container ID : 107 -->Target ID : 107 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4003412E-10 -->Array min & max : 0.0000000E+00 2.9333853E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_ROAD -->Data type : 1 -->Container ID : 108 -->Target ID : 108 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4003412E-10 -->Array min & max : 0.0000000E+00 2.9333853E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_RCOR -->Data type : 1 -->Container ID : 111 -->Target ID : 111 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.9523178E-10 -->Array min & max : 0.0000000E+00 3.7022670E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_RCOR -->Data type : 1 -->Container ID : 112 -->Target ID : 112 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.9523178E-10 -->Array min & max : 0.0000000E+00 3.7022670E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_RCOC -->Data type : 1 -->Container ID : 115 -->Target ID : 115 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5946477E-11 -->Array min & max : 0.0000000E+00 2.3886357E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_RCOC -->Data type : 1 -->Container ID : 116 -->Target ID : 116 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5946477E-11 -->Array min & max : 0.0000000E+00 2.3886357E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_RCOO -->Data type : 1 -->Container ID : 119 -->Target ID : 119 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.3627872E-11 -->Array min & max : 0.0000000E+00 1.4511261E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_RCOO -->Data type : 1 -->Container ID : 120 -->Target ID : 120 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.3627872E-11 -->Array min & max : 0.0000000E+00 1.4511261E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_SLV -->Data type : 1 -->Container ID : 123 -->Target ID : 123 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_SLV -->Data type : 1 -->Container ID : 124 -->Target ID : 124 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_WST -->Data type : 1 -->Container ID : 127 -->Target ID : 127 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5051081E-10 -->Array min & max : 0.0000000E+00 6.7493767E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_WST -->Data type : 1 -->Container ID : 128 -->Target ID : 128 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5051081E-10 -->Array min & max : 0.0000000E+00 6.7493767E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_AGR -->Data type : 1 -->Container ID : 131 -->Target ID : 131 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_AGR -->Data type : 1 -->Container ID : 132 -->Target ID : 132 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_ENE -->Data type : 1 -->Container ID : 134 -->Target ID : 134 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.4410755E-11 -->Array min & max : 0.0000000E+00 1.3489666E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_ENE -->Data type : 1 -->Container ID : 135 -->Target ID : 135 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.4410755E-11 -->Array min & max : 0.0000000E+00 1.3489666E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_IND -->Data type : 1 -->Container ID : 137 -->Target ID : 137 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8148427E-11 -->Array min & max : 0.0000000E+00 1.6089330E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_IND -->Data type : 1 -->Container ID : 138 -->Target ID : 138 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8148427E-11 -->Array min & max : 0.0000000E+00 1.6089330E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_NRTR -->Data type : 1 -->Container ID : 140 -->Target ID : 140 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_NRTR -->Data type : 1 -->Container ID : 141 -->Target ID : 141 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_ROAD -->Data type : 1 -->Container ID : 143 -->Target ID : 143 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_ROAD -->Data type : 1 -->Container ID : 144 -->Target ID : 144 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_RCOR -->Data type : 1 -->Container ID : 146 -->Target ID : 146 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.1653098E-10 -->Array min & max : 0.0000000E+00 1.7437140E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_RCOR -->Data type : 1 -->Container ID : 147 -->Target ID : 147 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.1653098E-10 -->Array min & max : 0.0000000E+00 1.7437140E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_RCOC -->Data type : 1 -->Container ID : 149 -->Target ID : 149 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8452392E-12 -->Array min & max : 0.0000000E+00 1.1969255E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_RCOC -->Data type : 1 -->Container ID : 150 -->Target ID : 150 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8452392E-12 -->Array min & max : 0.0000000E+00 1.1969255E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_RCOO -->Data type : 1 -->Container ID : 152 -->Target ID : 152 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3763875E-11 -->Array min & max : 0.0000000E+00 1.2606015E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_RCOO -->Data type : 1 -->Container ID : 153 -->Target ID : 153 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3763875E-11 -->Array min & max : 0.0000000E+00 1.2606015E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_SLV -->Data type : 1 -->Container ID : 155 -->Target ID : 155 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.4279343E-10 -->Array min & max : 0.0000000E+00 1.4082137E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_SLV -->Data type : 1 -->Container ID : 156 -->Target ID : 156 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.4279343E-10 -->Array min & max : 0.0000000E+00 1.4082137E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_WST -->Data type : 1 -->Container ID : 158 -->Target ID : 158 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0098449E-11 -->Array min & max : 0.0000000E+00 2.0447587E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_WST -->Data type : 1 -->Container ID : 159 -->Target ID : 159 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0098449E-11 -->Array min & max : 0.0000000E+00 2.0447587E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_AGR -->Data type : 1 -->Container ID : 181 -->Target ID : 181 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_ENE -->Data type : 1 -->Container ID : 182 -->Target ID : 182 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.0597422E-09 -->Array min & max : 0.0000000E+00 1.1184054E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_IND -->Data type : 1 -->Container ID : 183 -->Target ID : 183 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2258627E-10 -->Array min & max : 0.0000000E+00 3.6611261E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_NRTR -->Data type : 1 -->Container ID : 184 -->Target ID : 184 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.5410216E-11 -->Array min & max : 0.0000000E+00 1.3726637E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_ROAD -->Data type : 1 -->Container ID : 185 -->Target ID : 185 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.5450022E-10 -->Array min & max : 0.0000000E+00 1.2269579E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_RCOR -->Data type : 1 -->Container ID : 186 -->Target ID : 186 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.7744301E-11 -->Array min & max : 0.0000000E+00 1.1524547E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_RCOC -->Data type : 1 -->Container ID : 187 -->Target ID : 187 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.7970838E-13 -->Array min & max : 0.0000000E+00 6.2949496E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_RCOO -->Data type : 1 -->Container ID : 188 -->Target ID : 188 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.6950542E-12 -->Array min & max : 0.0000000E+00 4.2657677E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_SLV -->Data type : 1 -->Container ID : 189 -->Target ID : 189 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_WST -->Data type : 1 -->Container ID : 190 -->Target ID : 190 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4801308E-11 -->Array min & max : 0.0000000E+00 3.5896413E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_AGR -->Data type : 1 -->Container ID : 191 -->Target ID : 191 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_ENE -->Data type : 1 -->Container ID : 192 -->Target ID : 192 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.4581355E-09 -->Array min & max : 0.0000000E+00 1.4064339E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_IND -->Data type : 1 -->Container ID : 193 -->Target ID : 193 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4296103E-10 -->Array min & max : 0.0000000E+00 3.9597045E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_NRTR -->Data type : 1 -->Container ID : 194 -->Target ID : 194 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.6323462E-11 -->Array min & max : 0.0000000E+00 1.7903076E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_ROAD -->Data type : 1 -->Container ID : 195 -->Target ID : 195 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.3267276E-10 -->Array min & max : 0.0000000E+00 1.6290426E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_RCOR -->Data type : 1 -->Container ID : 196 -->Target ID : 196 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.8541020E-11 -->Array min & max : 0.0000000E+00 2.5507107E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_RCOC -->Data type : 1 -->Container ID : 197 -->Target ID : 197 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1068341E-12 -->Array min & max : 0.0000000E+00 9.3785121E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_RCOO -->Data type : 1 -->Container ID : 198 -->Target ID : 198 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0621125E-11 -->Array min & max : 0.0000000E+00 6.0637259E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_SLV -->Data type : 1 -->Container ID : 199 -->Target ID : 199 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_WST -->Data type : 1 -->Container ID : 200 -->Target ID : 200 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3607174E-11 -->Array min & max : 0.0000000E+00 3.2638245E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_AGR -->Data type : 1 -->Container ID : 201 -->Target ID : 201 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_ENE -->Data type : 1 -->Container ID : 202 -->Target ID : 202 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1408882E-09 -->Array min & max : 0.0000000E+00 5.3186972E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_IND -->Data type : 1 -->Container ID : 203 -->Target ID : 203 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.0095046E-10 -->Array min & max : 0.0000000E+00 1.2455489E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_NRTR -->Data type : 1 -->Container ID : 204 -->Target ID : 204 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.4846449E-11 -->Array min & max : 0.0000000E+00 1.6255977E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_ROAD -->Data type : 1 -->Container ID : 205 -->Target ID : 205 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.2364133E-10 -->Array min & max : 0.0000000E+00 2.0407740E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_RCOR -->Data type : 1 -->Container ID : 206 -->Target ID : 206 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.7298680E-11 -->Array min & max : 0.0000000E+00 2.3383140E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_RCOC -->Data type : 1 -->Container ID : 207 -->Target ID : 207 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.7123902E-13 -->Array min & max : 0.0000000E+00 4.2975280E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_RCOO -->Data type : 1 -->Container ID : 208 -->Target ID : 208 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.3638313E-12 -->Array min & max : 0.0000000E+00 2.2146982E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_SLV -->Data type : 1 -->Container ID : 209 -->Target ID : 209 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.0477302E-09 -->Array min & max : 0.0000000E+00 8.3352526E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_WST -->Data type : 1 -->Container ID : 210 -->Target ID : 210 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.4585159E-11 -->Array min & max : 0.0000000E+00 5.9521284E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_AGR -->Data type : 1 -->Container ID : 221 -->Target ID : 221 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_ENE -->Data type : 1 -->Container ID : 222 -->Target ID : 222 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.4625427E-11 -->Array min & max : 0.0000000E+00 1.2828426E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_IND -->Data type : 1 -->Container ID : 223 -->Target ID : 223 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.3871881E-12 -->Array min & max : 0.0000000E+00 6.6255557E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_NRTR -->Data type : 1 -->Container ID : 224 -->Target ID : 224 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.6190803E-12 -->Array min & max : 0.0000000E+00 1.2491189E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_ROAD -->Data type : 1 -->Container ID : 225 -->Target ID : 225 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.4916164E-11 -->Array min & max : 0.0000000E+00 1.8310902E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_RCOR -->Data type : 1 -->Container ID : 226 -->Target ID : 226 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1320355E-10 -->Array min & max : 0.0000000E+00 1.2882439E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_RCOC -->Data type : 1 -->Container ID : 227 -->Target ID : 227 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.1871645E-12 -->Array min & max : 0.0000000E+00 8.8911856E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_RCOO -->Data type : 1 -->Container ID : 228 -->Target ID : 228 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8269955E-11 -->Array min & max : 0.0000000E+00 9.4343684E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_SLV -->Data type : 1 -->Container ID : 229 -->Target ID : 229 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_WST -->Data type : 1 -->Container ID : 230 -->Target ID : 230 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.8243436E-12 -->Array min & max : 0.0000000E+00 1.5995409E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_AGR -->Data type : 1 -->Container ID : 241 -->Target ID : 241 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_ENE -->Data type : 1 -->Container ID : 242 -->Target ID : 242 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7349775E-10 -->Array min & max : 0.0000000E+00 3.3157230E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_IND -->Data type : 1 -->Container ID : 243 -->Target ID : 243 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.5503838E-11 -->Array min & max : 0.0000000E+00 1.5448591E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_NRTR -->Data type : 1 -->Container ID : 244 -->Target ID : 244 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.0513651E-12 -->Array min & max : 0.0000000E+00 2.1738461E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_ROAD -->Data type : 1 -->Container ID : 245 -->Target ID : 245 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2444207E-10 -->Array min & max : 0.0000000E+00 2.8461844E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_RCOR -->Data type : 1 -->Container ID : 246 -->Target ID : 246 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.2563722E-10 -->Array min & max : 0.0000000E+00 1.7471658E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_RCOC -->Data type : 1 -->Container ID : 247 -->Target ID : 247 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1835101E-12 -->Array min & max : 0.0000000E+00 1.2083105E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_RCOO -->Data type : 1 -->Container ID : 248 -->Target ID : 248 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6755098E-11 -->Array min & max : 0.0000000E+00 1.3796943E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_SLV -->Data type : 1 -->Container ID : 249 -->Target ID : 249 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_WST -->Data type : 1 -->Container ID : 250 -->Target ID : 250 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0464179E-11 -->Array min & max : 0.0000000E+00 2.1333089E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_AGR -->Data type : 1 -->Container ID : 251 -->Target ID : 251 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_ENE -->Data type : 1 -->Container ID : 252 -->Target ID : 252 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6067737E-10 -->Array min & max : 0.0000000E+00 1.8561461E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_IND -->Data type : 1 -->Container ID : 253 -->Target ID : 253 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0252218E-10 -->Array min & max : 0.0000000E+00 5.7295900E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_NRTR -->Data type : 1 -->Container ID : 254 -->Target ID : 254 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0803599E-11 -->Array min & max : 0.0000000E+00 3.8666225E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_ROAD -->Data type : 1 -->Container ID : 255 -->Target ID : 255 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.2039869E-10 -->Array min & max : 0.0000000E+00 5.1520914E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_RCOR -->Data type : 1 -->Container ID : 256 -->Target ID : 256 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8441788E-10 -->Array min & max : 0.0000000E+00 7.6245737E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_RCOC -->Data type : 1 -->Container ID : 257 -->Target ID : 257 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3571137E-12 -->Array min & max : 0.0000000E+00 5.2567227E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_RCOO -->Data type : 1 -->Container ID : 258 -->Target ID : 258 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1618210E-11 -->Array min & max : 0.0000000E+00 6.0640035E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_SLV -->Data type : 1 -->Container ID : 259 -->Target ID : 259 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.3865908E-10 -->Array min & max : 0.0000000E+00 1.6807600E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_WST -->Data type : 1 -->Container ID : 260 -->Target ID : 260 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.2056926E-12 -->Array min & max : 0.0000000E+00 2.0648365E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_AGR -->Data type : 1 -->Container ID : 261 -->Target ID : 261 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_ENE -->Data type : 1 -->Container ID : 262 -->Target ID : 262 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3892305E-10 -->Array min & max : 0.0000000E+00 2.1244662E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_IND -->Data type : 1 -->Container ID : 263 -->Target ID : 263 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5974339E-10 -->Array min & max : 0.0000000E+00 1.8220625E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_NRTR -->Data type : 1 -->Container ID : 264 -->Target ID : 264 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.9402886E-12 -->Array min & max : 0.0000000E+00 3.1802685E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_ROAD -->Data type : 1 -->Container ID : 265 -->Target ID : 265 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8678457E-10 -->Array min & max : 0.0000000E+00 4.3463935E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_RCOR -->Data type : 1 -->Container ID : 266 -->Target ID : 266 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.5469764E-11 -->Array min & max : 0.0000000E+00 2.2698349E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_RCOC -->Data type : 1 -->Container ID : 267 -->Target ID : 267 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.0641080E-13 -->Array min & max : 0.0000000E+00 1.5722194E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_RCOO -->Data type : 1 -->Container ID : 268 -->Target ID : 268 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.3019937E-12 -->Array min & max : 0.0000000E+00 1.6872406E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_SLV -->Data type : 1 -->Container ID : 269 -->Target ID : 269 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.3529616E-10 -->Array min & max : 0.0000000E+00 1.6678738E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_WST -->Data type : 1 -->Container ID : 270 -->Target ID : 270 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.5178856E-12 -->Array min & max : 0.0000000E+00 1.2935201E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_AGR -->Data type : 1 -->Container ID : 271 -->Target ID : 271 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_ENE -->Data type : 1 -->Container ID : 272 -->Target ID : 272 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.9783189E-10 -->Array min & max : 0.0000000E+00 2.9705936E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_IND -->Data type : 1 -->Container ID : 273 -->Target ID : 273 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.8382659E-11 -->Array min & max : 0.0000000E+00 1.6845128E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_NRTR -->Data type : 1 -->Container ID : 274 -->Target ID : 274 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.5419983E-13 -->Array min & max : 0.0000000E+00 3.1451174E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_ROAD -->Data type : 1 -->Container ID : 275 -->Target ID : 275 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8259464E-11 -->Array min & max : 0.0000000E+00 8.1622420E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_RCOR -->Data type : 1 -->Container ID : 276 -->Target ID : 276 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.4999758E-11 -->Array min & max : 0.0000000E+00 2.2269658E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_RCOC -->Data type : 1 -->Container ID : 277 -->Target ID : 277 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.1922702E-13 -->Array min & max : 0.0000000E+00 2.5819892E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_RCOO -->Data type : 1 -->Container ID : 278 -->Target ID : 278 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.7519775E-12 -->Array min & max : 0.0000000E+00 2.4466369E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_SLV -->Data type : 1 -->Container ID : 279 -->Target ID : 279 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_WST -->Data type : 1 -->Container ID : 280 -->Target ID : 280 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4303171E-12 -->Array min & max : 0.0000000E+00 2.9551058E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_AGR -->Data type : 1 -->Container ID : 281 -->Target ID : 281 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_ENE -->Data type : 1 -->Container ID : 282 -->Target ID : 282 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3612714E-11 -->Array min & max : 0.0000000E+00 2.8361627E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_IND -->Data type : 1 -->Container ID : 283 -->Target ID : 283 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.8139799E-12 -->Array min & max : 0.0000000E+00 3.3827726E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_NRTR -->Data type : 1 -->Container ID : 284 -->Target ID : 284 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1325675E-12 -->Array min & max : 0.0000000E+00 3.7484769E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_ROAD -->Data type : 1 -->Container ID : 285 -->Target ID : 285 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.3359898E-11 -->Array min & max : 0.0000000E+00 9.7170351E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_RCOR -->Data type : 1 -->Container ID : 286 -->Target ID : 286 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.8714559E-10 -->Array min & max : 0.0000000E+00 7.8211040E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_RCOC -->Data type : 1 -->Container ID : 287 -->Target ID : 287 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3389329E-12 -->Array min & max : 0.0000000E+00 5.3822273E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_RCOO -->Data type : 1 -->Container ID : 288 -->Target ID : 288 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0859648E-11 -->Array min & max : 0.0000000E+00 5.7261119E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_SLV -->Data type : 1 -->Container ID : 289 -->Target ID : 289 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_WST -->Data type : 1 -->Container ID : 290 -->Target ID : 290 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.0510065E-12 -->Array min & max : 0.0000000E+00 8.0019270E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_AGR -->Data type : 1 -->Container ID : 291 -->Target ID : 291 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_ENE -->Data type : 1 -->Container ID : 292 -->Target ID : 292 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.0682654E-11 -->Array min & max : 0.0000000E+00 4.3091581E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_IND -->Data type : 1 -->Container ID : 293 -->Target ID : 293 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.7948251E-12 -->Array min & max : 0.0000000E+00 5.1396566E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_NRTR -->Data type : 1 -->Container ID : 294 -->Target ID : 294 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1297961E-12 -->Array min & max : 0.0000000E+00 3.9228996E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_ROAD -->Data type : 1 -->Container ID : 295 -->Target ID : 295 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6676751E-11 -->Array min & max : 0.0000000E+00 5.8843837E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_RCOR -->Data type : 1 -->Container ID : 296 -->Target ID : 296 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.5938405E-11 -->Array min & max : 0.0000000E+00 1.4853860E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_RCOC -->Data type : 1 -->Container ID : 297 -->Target ID : 297 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.3109344E-13 -->Array min & max : 0.0000000E+00 2.5312397E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_RCOO -->Data type : 1 -->Container ID : 298 -->Target ID : 298 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3095352E-12 -->Array min & max : 0.0000000E+00 1.1753117E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_SLV -->Data type : 1 -->Container ID : 299 -->Target ID : 299 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.8171106E-10 -->Array min & max : 0.0000000E+00 1.8990299E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_WST -->Data type : 1 -->Container ID : 300 -->Target ID : 300 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6058257E-12 -->Array min & max : 0.0000000E+00 6.0082730E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_AGR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_agr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_AGR -->Data type : 1 -->Container ID : 301 -->Target ID : 301 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_agr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_ENE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_ene Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_ENE -->Data type : 1 -->Container ID : 302 -->Target ID : 302 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_ene -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1017474E-10 -->Array min & max : 0.0000000E+00 1.5505361E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_IND Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_ind Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_IND -->Data type : 1 -->Container ID : 303 -->Target ID : 303 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_ind -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.3466226E-11 -->Array min & max : 0.0000000E+00 3.8333781E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_NRTR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_nrtr Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_NRTR -->Data type : 1 -->Container ID : 304 -->Target ID : 304 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_nrtr -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_ROAD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_road Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_ROAD -->Data type : 1 -->Container ID : 305 -->Target ID : 305 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_road -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_RCOR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_rcor Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_RCOR -->Data type : 1 -->Container ID : 306 -->Target ID : 306 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_rcor -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0307180E-09 -->Array min & max : 0.0000000E+00 4.2590719E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_RCOC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_rcoc Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_RCOC -->Data type : 1 -->Container ID : 307 -->Target ID : 307 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_rcoc -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.0714320E-12 -->Array min & max : 0.0000000E+00 2.9337074E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_RCOO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_rcoo Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_RCOO -->Data type : 1 -->Container ID : 308 -->Target ID : 308 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_rcoo -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.9546264E-11 -->Array min & max : 0.0000000E+00 3.0989495E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_SLV Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_slv Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_SLV -->Data type : 1 -->Container ID : 309 -->Target ID : 309 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_slv -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_WST Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_wst Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_WST -->Data type : 1 -->Container ID : 310 -->Target ID : 310 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_wst -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.1940005E-11 -->Array min & max : 0.0000000E+00 4.3281652E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEIA_NH3_NATU Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/NH3/v2019-08/NH3_geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 199001010000.000 199012010000.000 preferred datetime: 199007010000. selected tidx1: 7 corresponding datetime 1: 199007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_NATU Unit conversion settings: - Year, month : 1990 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEIA_NH3_NATU -->Data type : 1 -->Container ID : 311 -->Target ID : 311 -->File data home? 1 -->Source file : $ROOT/NH3/v2019-08/NH3_geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_NATU -->Year range : 1990 1990 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.9913889E-09 -->Array min & max : 0.0000000E+00 8.2264716E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 3 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEABIRD_NH3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/NH3/v2018-04/NH3_Arctic_seabirds.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 199001010000.000 199012010000.000 preferred datetime: 199007010000. selected tidx1: 7 corresponding datetime 1: 199007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_SEABIRDS Unit conversion settings: - Year, month : 1990 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEABIRD_NH3 -->Data type : 1 -->Container ID : 312 -->Target ID : 312 -->File data home? 1 -->Source file : $ROOT/NH3/v2018-04/NH3_Arctic_seabirds.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_SEABIRDS -->Year range : 1990 1990 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2196131E-11 -->Array min & max : 0.0000000E+00 9.6933945E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 30 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: C2H6_2010_oilgas Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/C2H6_2010/v2019-06/C2H6_global_anth_biof.201007.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201008010000.000 201008010000.000 preferred datetime: 201007010000. selected tidx1: 1 corresponding datetime 1: 201008010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ANTHR_C2H6 Unit conversion settings: - Year, month : 2010 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container C2H6_2010_oilgas -->Data type : 1 -->Container ID : 313 -->Target ID : 313 -->File data home? 1 -->Source file : $ROOT/C2H6_2010/v2019-06/C2H6_global_anth_biof.2010$MM.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: ANTHR_C2H6 -->Year range : 2010 2010 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.4291630E-10 -->Array min & max : 0.0000000E+00 1.4416685E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 100 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: C2H6_2010_biofuel Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/C2H6_2010/v2019-06/C2H6_global_anth_biof.201007.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201008010000.000 201008010000.000 preferred datetime: 201007010000. selected tidx1: 1 corresponding datetime 1: 201008010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BIOFUEL_C2H6 Unit conversion settings: - Year, month : 2010 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container C2H6_2010_biofuel -->Data type : 1 -->Container ID : 314 -->Target ID : 314 -->File data home? 1 -->Source file : $ROOT/C2H6_2010/v2019-06/C2H6_global_anth_biof.2010$MM.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: BIOFUEL_C2H6 -->Year range : 2010 2010 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2796621E-10 -->Array min & max : 0.0000000E+00 4.8225170E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 100 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ORDONEZ_CH3I Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/IODINE/v2020-02/CH3I_monthly_emissions_Ordonez_2012_COARDS.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200001010000.000 200012010000.000 preferred datetime: 200007010000. selected tidx1: 7 corresponding datetime 1: 200007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH3I Unit conversion settings: - Year, month : 2000 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ORDONEZ_CH3I -->Data type : 1 -->Container ID : 319 -->Target ID : 319 -->File data home? 1 -->Source file : $ROOT/IODINE/v2020-02/CH3I_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3I -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.0600458E-11 -->Array min & max : 0.0000000E+00 6.9978588E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH3I -->HEMCO species ID: 35 -->Category : 1 -->Hierarchy : 50 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ORDONEZ_CH2I2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/IODINE/v2020-02/CH2I2_monthly_emissions_Ordonez_2012_COARDS.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200001010000.000 200012010000.000 preferred datetime: 200007010000. selected tidx1: 7 corresponding datetime 1: 200007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2I2 Unit conversion settings: - Year, month : 2000 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ORDONEZ_CH2I2 -->Data type : 1 -->Container ID : 320 -->Target ID : 320 -->File data home? 1 -->Source file : $ROOT/IODINE/v2020-02/CH2I2_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2I2 -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6942905E-11 -->Array min & max : 0.0000000E+00 1.9622033E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2I2 -->HEMCO species ID: 28 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ORDONEZ_CH2ICL Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/IODINE/v2020-02/CH2ICl_monthly_emissions_Ordonez_2012_COARDS.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200001010000.000 200012010000.000 preferred datetime: 200007010000. selected tidx1: 7 corresponding datetime 1: 200007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2ICl Unit conversion settings: - Year, month : 2000 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ORDONEZ_CH2ICL -->Data type : 1 -->Container ID : 321 -->Target ID : 321 -->File data home? 1 -->Source file : $ROOT/IODINE/v2020-02/CH2ICl_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2ICl -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2361502E-11 -->Array min & max : 0.0000000E+00 3.7484027E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2ICl -->HEMCO species ID: 30 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ORDONEZ_CH2IBR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/IODINE/v2020-02/CH2IBr_monthly_emissions_Ordonez_2012_COARDS.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200001010000.000 200012010000.000 preferred datetime: 200007010000. selected tidx1: 7 corresponding datetime 1: 200007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2IBr Unit conversion settings: - Year, month : 2000 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ORDONEZ_CH2IBR -->Data type : 1 -->Container ID : 322 -->Target ID : 322 -->File data home? 1 -->Source file : $ROOT/IODINE/v2020-02/CH2IBr_monthly_emissions_Ordonez_2012_COARDS.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2IBr -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2755802E-11 -->Array min & max : 0.0000000E+00 1.4772387E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2IBr -->HEMCO species ID: 29 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CO_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CO_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CO_SHP -->Data type : 1 -->Container ID : 323 -->Target ID : 323 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2819718E-10 -->Array min & max : 0.0000000E+00 4.2183405E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SOAP_SHP -->Data type : 1 -->Container ID : 324 -->Target ID : 324 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2819718E-10 -->Array min & max : 0.0000000E+00 4.2183405E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_SO2_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/SO2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SO2_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO2_SHP -->Data type : 1 -->Container ID : 325 -->Target ID : 325 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: SO2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.5044674E-09 -->Array min & max : 0.0000000E+00 1.3201432E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_SO4_SHP -->Data type : 1 -->Container ID : 326 -->Target ID : 326 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.5044674E-09 -->Array min & max : 0.0000000E+00 1.3201432E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_pFe_SHP -->Data type : 1 -->Container ID : 327 -->Target ID : 327 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/SO2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: SO2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.5044674E-09 -->Array min & max : 0.0000000E+00 1.3201432E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : pFe -->HEMCO species ID: 172 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NH3_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NH3-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NH3_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NH3_SHP -->Data type : 1 -->Container ID : 328 -->Target ID : 328 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NH3-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NH3_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7858807E-12 -->Array min & max : 0.0000000E+00 2.3482577E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NH3 -->HEMCO species ID: 157 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BCPI_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BC_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPI_SHP -->Data type : 1 -->Container ID : 329 -->Target ID : 329 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1062371E-11 -->Array min & max : 0.0000000E+00 1.0230295E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BCPO_SHP -->Data type : 1 -->Container ID : 330 -->Target ID : 330 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: BC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1062371E-11 -->Array min & max : 0.0000000E+00 1.0230295E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPO -->HEMCO species ID: 8 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_OCPI_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/OC-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable OC_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPI_SHP -->Data type : 1 -->Container ID : 331 -->Target ID : 331 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: OC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3598345E-11 -->Array min & max : 0.0000000E+00 7.7744956E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_OCPO_SHP -->Data type : 1 -->Container ID : 332 -->Target ID : 332 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/OC-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: OC_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.3598345E-11 -->Array min & max : 0.0000000E+00 7.7744956E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPO -->HEMCO species ID: 168 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MOH_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/EOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MOH_SHP -->Data type : 1 -->Container ID : 335 -->Target ID : 335 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_EOH_SHP -->Data type : 1 -->Container ID : 336 -->Target ID : 336 -->File data home? 0 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/EOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? T -->Source parameter: EOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C2H6_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/C2H6-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable C2H6_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C2H6_SHP -->Data type : 1 -->Container ID : 338 -->Target ID : 338 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/C2H6-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: C2H6_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1821275E-11 -->Array min & max : 0.0000000E+00 4.8694980E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C3H8_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/C3H8-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable C3H8_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C3H8_SHP -->Data type : 1 -->Container ID : 339 -->Target ID : 339 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/C3H8-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: C3H8_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.8278350E-11 -->Array min & max : 0.0000000E+00 1.3508931E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C4H10_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_butanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_butanes_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C4H10_SHP -->Data type : 1 -->Container ID : 340 -->Target ID : 340 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_butanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_butanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.3068657E-11 -->Array min & max : 0.0000000E+00 1.4241973E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C5H12_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_pentanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_pentanes_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C5H12_SHP -->Data type : 1 -->Container ID : 341 -->Target ID : 341 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_pentanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_pentanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.9956012E-11 -->Array min & max : 0.0000000E+00 7.6445881E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_C6H14_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALK4_hexanes-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALK4_hexanes_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_C6H14_SHP -->Data type : 1 -->Container ID : 342 -->Target ID : 342 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALK4_hexanes-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALK4_hexanes_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.2215531E-11 -->Array min & max : 0.0000000E+00 3.0849602E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_PRPE_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/PRPE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_PRPE_SHP -->Data type : 1 -->Container ID : 344 -->Target ID : 344 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/PRPE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2647045E-11 -->Array min & max : 0.0000000E+00 1.0755640E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_BENZ_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/BENZ-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable BENZ_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_BENZ_SHP -->Data type : 1 -->Container ID : 346 -->Target ID : 346 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/BENZ-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: BENZ_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3600579E-11 -->Array min & max : 0.0000000E+00 4.3680109E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BENZ -->HEMCO species ID: 9 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_TOLU_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/TOLU-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TOLU_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_TOLU_SHP -->Data type : 1 -->Container ID : 347 -->Target ID : 347 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/TOLU-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: TOLU_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.0976311E-12 -->Array min & max : 0.0000000E+00 2.4423291E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : TOLU -->HEMCO species ID: 203 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_XYLE_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/XYLE-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XYLE_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_XYLE_SHP -->Data type : 1 -->Container ID : 348 -->Target ID : 348 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/XYLE-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XYLE_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.1832267E-12 -->Array min & max : 0.0000000E+00 3.3591589E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : XYLE -->HEMCO species ID: 204 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_CH2O_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/CH2O-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2O_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_CH2O_SHP -->Data type : 1 -->Container ID : 349 -->Target ID : 349 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/CH2O-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2O_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_ALD2_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/ALD2-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_ALD2_SHP -->Data type : 1 -->Container ID : 350 -->Target ID : 350 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/ALD2-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_MEK_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/MEK-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MEK_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_MEK_SHP -->Data type : 1 -->Container ID : 351 -->Target ID : 351 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/MEK-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: MEK_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_HCOOH_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/HCOOH-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCOOH_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_HCOOH_SHP -->Data type : 1 -->Container ID : 352 -->Target ID : 352 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/HCOOH-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCOOH_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CEDS_NO_SHP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CEDS/v2020-08/2017/NO-em-total-anthro_CEDS_2017.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201701010000.000 201712010000.000 preferred datetime: 201707010000. selected tidx1: 7 corresponding datetime 1: 201707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable NO_shp Unit conversion settings: - Year, month : 2017 7 Data was in units of kg m-2 s-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CEDS_NO_SHP -->Data type : 1 -->Container ID : 353 -->Target ID : 353 -->File data home? 1 -->Source file : $ROOT/CEDS/v2020-08/$YYYY/NO-em-total-anthro_CEDS_$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO_shp -->Year range : 1970 2017 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.6700651E-09 -->Array min & max : 0.0000000E+00 2.2592640E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 102 -->Species name : NO -->HEMCO species ID: 161 -->Category : 10 -->Hierarchy : 5 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: AEIC_NO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/AEIC/v2015-01/AEIC.47L.gen.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 47 Reading variable NO2 Unit conversion settings: - Year, month : 2005 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: AEIC_NO Mapped 47 levels onto native GEOS-5 levels. Did vertical regridding for AEIC_NO: Number of original levels: 47 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_NO -->Data type : 1 -->Container ID : 354 -->Target ID : 354 -->File data home? 1 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: NO2 -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.8883902E-07 -->Array min & max : 0.0000000E+00 1.7647808E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: AEIC_CO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/AEIC/v2015-01/AEIC.47L.gen.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 47 Reading variable CO Unit conversion settings: - Year, month : 2005 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: AEIC_CO Mapped 47 levels onto native GEOS-5 levels. Did vertical regridding for AEIC_CO: Number of original levels: 47 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_CO -->Data type : 1 -->Container ID : 355 -->Target ID : 355 -->File data home? 1 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: CO -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4106710E-07 -->Array min & max : 0.0000000E+00 2.1695827E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CO -->HEMCO species ID: 47 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_SOAP -->Data type : 1 -->Container ID : 356 -->Target ID : 356 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: CO -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4106710E-07 -->Array min & max : 0.0000000E+00 2.1695827E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: AEIC_SO2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/AEIC/v2015-01/AEIC.47L.gen.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 47 Reading variable FUELBURN Unit conversion settings: - Year, month : 2005 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: AEIC_SO2 Mapped 47 levels onto native GEOS-5 levels. Did vertical regridding for AEIC_SO2: Number of original levels: 47 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_SO2 -->Data type : 1 -->Container ID : 357 -->Target ID : 357 -->File data home? 1 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3017091E-08 -->Array min & max : 0.0000000E+00 1.3178167E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO2 -->HEMCO species ID: 196 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_SO4 -->Data type : 1 -->Container ID : 358 -->Target ID : 358 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3017091E-08 -->Array min & max : 0.0000000E+00 1.3178167E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SO4 -->HEMCO species ID: 197 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_BCPI -->Data type : 1 -->Container ID : 359 -->Target ID : 359 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3017091E-08 -->Array min & max : 0.0000000E+00 1.3178167E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BCPI -->HEMCO species ID: 7 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_OCPI -->Data type : 1 -->Container ID : 360 -->Target ID : 360 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: FUELBURN -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.3017091E-08 -->Array min & max : 0.0000000E+00 1.3178167E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : OCPI -->HEMCO species ID: 167 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: AEIC_ACET Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/AEIC/v2015-01/AEIC.47L.gen.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 47 Reading variable HC Unit conversion settings: - Year, month : 2005 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: AEIC_ACET Mapped 47 levels onto native GEOS-5 levels. Did vertical regridding for AEIC_ACET: Number of original levels: 47 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_ACET -->Data type : 1 -->Container ID : 361 -->Target ID : 361 -->File data home? 1 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_ALD2 -->Data type : 1 -->Container ID : 362 -->Target ID : 362 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_ALK4 -->Data type : 1 -->Container ID : 363 -->Target ID : 363 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_C2H6 -->Data type : 1 -->Container ID : 364 -->Target ID : 364 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_C3H8 -->Data type : 1 -->Container ID : 365 -->Target ID : 365 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_CH2O -->Data type : 1 -->Container ID : 366 -->Target ID : 366 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_PRPE -->Data type : 1 -->Container ID : 367 -->Target ID : 367 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_MACR -->Data type : 1 -->Container ID : 368 -->Target ID : 368 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container AEIC_RCHO -->Data type : 1 -->Container ID : 369 -->Target ID : 369 -->File data home? 0 -->Source file : $ROOT/AEIC/v2015-01/AEIC.47L.gen.1x1.nc -->ncRead? T -->Shared data file? T -->Source parameter: HC -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6816925E-08 -->Array min & max : 0.0000000E+00 7.0350553E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : RCHO -->HEMCO species ID: 184 -->Category : 20 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ALD2_PLANTDECAY Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/ALD2/v2017-03/resp.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 198501010000.000 198512010000.000 preferred datetime: 198507010000. selected tidx1: 7 corresponding datetime 1: 198507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HET_RESP Unit conversion settings: - Year, month : 1985 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ALD2_PLANTDECAY -->Data type : 1 -->Container ID : 370 -->Target ID : 370 -->File data home? 1 -->Source file : $ROOT/ALD2/v2017-03/resp.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HET_RESP -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0779397E-05 -->Array min & max : 0.0000000E+00 4.8781580E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 3 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EOH_PLANTDECAY -->Data type : 1 -->Container ID : 371 -->Target ID : 371 -->File data home? 0 -->Source file : $ROOT/ALD2/v2017-03/resp.geos.2x25.nc -->ncRead? T -->Shared data file? T -->Source parameter: HET_RESP -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0779397E-05 -->Array min & max : 0.0000000E+00 4.8781580E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 3 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PM25FINE_1 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/AFCID/v2018-04/PM25FINE_ECLIPSE_2015.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201501010000.000 201512010000.000 preferred datetime: 201507010000. selected tidx1: 7 corresponding datetime 1: 201507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PM25FINE Unit conversion settings: - Year, month : 2015 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PM25FINE_1 -->Data type : 1 -->Container ID : 372 -->Target ID : 372 -->File data home? 1 -->Source file : $ROOT/AFCID/v2018-04/PM25FINE_ECLIPSE_2015.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: PM25FINE -->Year range : 2015 2015 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.2083970E-09 -->Array min & max : 0.0000000E+00 1.3005093E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PM25FINE_2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/AFCID/v2018-04/PM25FINE_MEIC_2012.generic.025x025.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201201010000.000 201212010000.000 preferred datetime: 201207010000. selected tidx1: 7 corresponding datetime 1: 201207010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PM25FINE Unit conversion settings: - Year, month : 2012 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PM25FINE_2 -->Data type : 1 -->Container ID : 373 -->Target ID : 373 -->File data home? 1 -->Source file : $ROOT/AFCID/v2018-04/PM25FINE_MEIC_2012.generic.025x025.nc -->ncRead? T -->Shared data file? F -->Source parameter: PM25FINE -->Year range : 2012 2012 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : -2.9640204E+34 -->Array min & max : -9.9999998E+30 7.1777105E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 1 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PM25FINE_3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/AFCID/v2018-04/PM25FINE_IITB_2013.generic.025x025.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201301010000.000 201312010000.000 preferred datetime: 201307010000. selected tidx1: 7 corresponding datetime 1: 201307010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PM25FINE Unit conversion settings: - Year, month : 2013 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PM25FINE_3 -->Data type : 1 -->Container ID : 374 -->Target ID : 374 -->File data home? 1 -->Source file : $ROOT/AFCID/v2018-04/PM25FINE_IITB_2013.generic.025x025.nc -->ncRead? T -->Shared data file? F -->Source parameter: PM25FINE -->Year range : 2013 2013 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : -3.0080207E+34 -->Array min & max : -9.9999998E+30 5.6430211E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 1 -->Hierarchy : 3 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: DMS_SEAWATER Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/DMS/v2015-07/DMS_lana.geos.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 198501010000.000 198512010000.000 preferred datetime: 198507010000. selected tidx1: 7 corresponding datetime 1: 198507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DMS_OCEAN Unit conversion settings: - Year, month : 1985 7 Data was in units of kg/m3 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DMS_SEAWATER -->Data type : 1 -->Container ID : 408 -->Target ID : 408 -->File data home? 1 -->Source file : $ROOT/DMS/v2015-07/DMS_lana.geos.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: DMS_OCEAN -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7904089E-04 -->Array min & max : 0.0000000E+00 5.3062467E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m3 -->Concentration? T -->Coverage : -999 -->Extension Nr : 101 -->Species name : DMS -->HEMCO species ID: 48 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ALD2_SEAWATER Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/ALD2/v2017-03/ALD2_seawater.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200601010000.000 200612010000.000 preferred datetime: 200607010000. selected tidx1: 7 corresponding datetime 1: 200607010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2 Unit conversion settings: - Year, month : 2006 7 Data was in units of kg/m3 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ALD2_SEAWATER -->Data type : 1 -->Container ID : 410 -->Target ID : 410 -->File data home? 1 -->Source file : $ROOT/ALD2/v2017-03/ALD2_seawater.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2 -->Year range : 2006 2006 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.4479764E-04 -->Array min & max : 0.0000000E+00 2.9181158E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgC/m3 -->Concentration? T -->Coverage : -999 -->Extension Nr : 101 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: MENO3_SEAWATER Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/RONO2/v2019-05/RONO2_seawater.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200601010000.000 200612010000.000 preferred datetime: 200607010000. selected tidx1: 7 corresponding datetime 1: 200607010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MENO3 Unit conversion settings: - Year, month : 2006 7 Data was in units of kg/m3 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container MENO3_SEAWATER -->Data type : 1 -->Container ID : 411 -->Target ID : 411 -->File data home? 1 -->Source file : $ROOT/RONO2/v2019-05/RONO2_seawater.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: MENO3 -->Year range : 2006 2006 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.9160658E-05 -->Array min & max : 0.0000000E+00 3.0800003E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m3 -->Concentration? T -->Coverage : -999 -->Extension Nr : 101 -->Species name : MENO3 -->HEMCO species ID: 136 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ETNO3_SEAWATER Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/RONO2/v2019-05/RONO2_seawater.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200601010000.000 200612010000.000 preferred datetime: 200607010000. selected tidx1: 7 corresponding datetime 1: 200607010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ETNO3 Unit conversion settings: - Year, month : 2006 7 Data was in units of kg/m3 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ETNO3_SEAWATER -->Data type : 1 -->Container ID : 412 -->Target ID : 412 -->File data home? 1 -->Source file : $ROOT/RONO2/v2019-05/RONO2_seawater.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: ETNO3 -->Year range : 2006 2006 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.7376760E-06 -->Array min & max : 0.0000000E+00 6.0969998E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kg/m3 -->Concentration? T -->Coverage : -999 -->Extension Nr : 101 -->Species name : ETNO3 -->HEMCO species ID: 55 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GFED_TEMP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GFED4/v2020-02/2019/GFED4_gen.025x025.201907.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DM_TEMP Unit conversion settings: - Year, month : 2019 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GFED_TEMP -->Data type : 1 -->Container ID : 442 -->Target ID : 442 -->File data home? 1 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_TEMP -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.0258592E-09 -->Array min & max : 0.0000000E+00 6.4915456E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GFED_AGRI Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GFED4/v2020-02/2019/GFED4_gen.025x025.201907.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DM_AGRI Unit conversion settings: - Year, month : 2019 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GFED_AGRI -->Data type : 1 -->Container ID : 443 -->Target ID : 443 -->File data home? 1 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_AGRI -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.0014483E-08 -->Array min & max : 0.0000000E+00 3.3458973E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GFED_DEFO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GFED4/v2020-02/2019/GFED4_gen.025x025.201907.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DM_DEFO Unit conversion settings: - Year, month : 2019 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GFED_DEFO -->Data type : 1 -->Container ID : 444 -->Target ID : 444 -->File data home? 1 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_DEFO -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.4753820E-08 -->Array min & max : 0.0000000E+00 6.3213896E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GFED_BORF Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GFED4/v2020-02/2019/GFED4_gen.025x025.201907.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DM_BORF Unit conversion settings: - Year, month : 2019 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GFED_BORF -->Data type : 1 -->Container ID : 445 -->Target ID : 445 -->File data home? 1 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_BORF -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0149486E-06 -->Array min & max : 0.0000000E+00 1.0595340E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GFED_PEAT Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GFED4/v2020-02/2019/GFED4_gen.025x025.201907.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DM_PEAT Unit conversion settings: - Year, month : 2019 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GFED_PEAT -->Data type : 1 -->Container ID : 446 -->Target ID : 446 -->File data home? 1 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_PEAT -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.9564492E-08 -->Array min & max : 0.0000000E+00 1.9131043E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GFED_SAVA Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GFED4/v2020-02/2019/GFED4_gen.025x025.201907.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable DM_SAVA Unit conversion settings: - Year, month : 2019 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GFED_SAVA -->Data type : 1 -->Container ID : 447 -->Target ID : 447 -->File data home? 1 -->Source file : $ROOT/GFED4/v2020-02/$YYYY/GFED4_gen.025x025.$YYYY$MM.nc -->ncRead? T -->Shared data file? F -->Source parameter: DM_SAVA -->Year range : 1997 2019 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.6953303E-07 -->Array min & max : 0.0000000E+00 7.3323513E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : kgDM/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 111 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: UV_ALBEDO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/UVALBEDO/v2019-06/uvalbedo.geos.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 198501010000.000 198512010000.000 preferred datetime: 198507010000. selected tidx1: 7 corresponding datetime 1: 198507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable UVALBD Unit conversion settings: - Year, month : 1985 7 Data was in units of percent - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container UV_ALBEDO -->Data type : 1 -->Container ID : 825 -->Target ID : 825 -->File data home? 1 -->Source file : $ROOT/UVALBEDO/v2019-06/uvalbedo.geos.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: UVALBD -->Year range : 1985 1985 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 707.3921 -->Array min & max : 1.0318517E-02 0.8926898 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : percent -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_Br_DAY Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.day.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BR Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_Br_DAY # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_Br_DAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_Br_DAY -->Data type : 1 -->Container ID : 826 -->Target ID : 826 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1128336. -->Array min & max : 0.0000000E+00 23.62516 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_Br2_DAY Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.day.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BRCL Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_Br2_DAY # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_Br2_DAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_Br2_DAY -->Data type : 1 -->Container ID : 827 -->Target ID : 827 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRCL -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 121.6145 -->Array min & max : 0.0000000E+00 1.6368674E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_BrO_DAY Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.day.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BRO Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_BrO_DAY # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_BrO_DAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_BrO_DAY -->Data type : 1 -->Container ID : 828 -->Target ID : 828 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRO -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 929410.7 -->Array min & max : 0.0000000E+00 21.65314 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_BrNO3_DAY Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.day.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BRONO2 Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_BrNO3_DAY # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_BrNO3_DAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_BrNO3_DAY -->Data type : 1 -->Container ID : 829 -->Target ID : 829 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRONO2 -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 390331.6 -->Array min & max : 0.0000000E+00 16.16112 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_HBr_DAY Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.day.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable HBR Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_HBr_DAY # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_HBr_DAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_HBr_DAY -->Data type : 1 -->Container ID : 830 -->Target ID : 830 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: HBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 172737.6 -->Array min & max : 0.0000000E+00 3.551096 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_HOBr_DAY Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.day.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable HOBR Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_HOBr_DAY # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_HOBr_DAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_HOBr_DAY -->Data type : 1 -->Container ID : 831 -->Target ID : 831 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.day.nc -->ncRead? T -->Shared data file? F -->Source parameter: HOBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 108843.5 -->Array min & max : 0.0000000E+00 2.866235 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_Br_NIGHT Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.night.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BR Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_Br_NIGHT # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_Br_NIGHT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_Br_NIGHT -->Data type : 1 -->Container ID : 832 -->Target ID : 832 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 60419.30 -->Array min & max : 0.0000000E+00 22.79616 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_Br2_NIGHT Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.night.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BRCL Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_Br2_NIGHT # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_Br2_NIGHT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_Br2_NIGHT -->Data type : 1 -->Container ID : 833 -->Target ID : 833 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRCL -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 320674.2 -->Array min & max : 0.0000000E+00 22.27801 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_BrO_NIGHT Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.night.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BRO Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_BrO_NIGHT # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_BrO_NIGHT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_BrO_NIGHT -->Data type : 1 -->Container ID : 834 -->Target ID : 834 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRO -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 974732.6 -->Array min & max : 0.0000000E+00 23.41986 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_BrNO3_NIGHT Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.night.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable BRONO2 Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_BrNO3_NIGHT # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_BrNO3_NIGHT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_BrNO3_NIGHT -->Data type : 1 -->Container ID : 835 -->Target ID : 835 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: BRONO2 -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 968632.9 -->Array min & max : 0.0000000E+00 22.91328 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_HBr_NIGHT Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.night.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable HBR Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_HBr_NIGHT # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_HBr_NIGHT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_HBr_NIGHT -->Data type : 1 -->Container ID : 836 -->Target ID : 836 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: HBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 170193.7 -->Array min & max : 0.0000000E+00 3.541470 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GEOSCCM_HOBr_NIGHT Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/STRAT/v2015-01/Bry/GEOSCCM_Bry.200707.night.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 200707010000.000 200707010000.000 preferred datetime: 200707010000. selected tidx1: 1 corresponding datetime 1: 200707010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable HOBR Unit conversion settings: - Year, month : 2007 7 Data was in units of pptv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GEOSCCM_HOBr_NIGHT # of input levels = # of output levels - passed as is. Did vertical regridding for GEOSCCM_HOBr_NIGHT: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GEOSCCM_HOBr_NIGHT -->Data type : 1 -->Container ID : 837 -->Target ID : 837 -->File data home? 1 -->Source file : $ROOT/STRAT/v2015-01/Bry/GEOSCCM_Bry.2007$MM.night.nc -->ncRead? T -->Shared data file? F -->Source parameter: HOBR -->Year range : 2007 2007 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 230292.4 -->Array min & max : 0.0000000E+00 18.69681 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : pptv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 60 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: STRAT_OH Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.OH.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable species Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: STRAT_OH # of input levels = # of output levels - passed as is. Did vertical regridding for STRAT_OH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container STRAT_OH -->Data type : 1 -->Container ID : 838 -->Target ID : 838 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.OH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: species -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.1318934E-05 -->Array min & max : 4.0510718E-20 2.4881051E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ACET Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ACET.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ACET # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ACET: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ACET -->Data type : 1 -->Container ID : 841 -->Target ID : 841 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACET.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.336254 -->Array min & max : 1.1752306E-14 7.7192381E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ACET Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ACET.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ACET # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ACET: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ACET -->Data type : 1 -->Container ID : 842 -->Target ID : 842 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACET.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.1745721E-12 -->Array min & max : 0.0000000E+00 9.5293468E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ACTA Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ACTA.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ACTA # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ACTA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ACTA -->Data type : 1 -->Container ID : 843 -->Target ID : 843 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACTA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.4193485 -->Array min & max : 4.0813375E-14 1.2133355E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACTA -->HEMCO species ID: 2 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ACTA Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ACTA.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ACTA # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ACTA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ACTA -->Data type : 1 -->Container ID : 844 -->Target ID : 844 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ACTA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2308099E-11 -->Array min & max : 0.0000000E+00 3.0367647E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ACTA -->HEMCO species ID: 2 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ALD2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ALD2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ALD2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ALD2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ALD2 -->Data type : 1 -->Container ID : 845 -->Target ID : 845 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALD2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.693746 -->Array min & max : 2.3560513E-12 2.6231544E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ALD2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ALD2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ALD2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ALD2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ALD2 -->Data type : 1 -->Container ID : 846 -->Target ID : 846 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALD2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.5566933E-11 -->Array min & max : 1.0845221E-28 5.5167242E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ALK4 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ALK4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ALK4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ALK4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ALK4 -->Data type : 1 -->Container ID : 847 -->Target ID : 847 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALK4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.8579211 -->Array min & max : 0.0000000E+00 3.1840893E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ALK4 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ALK4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ALK4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ALK4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ALK4 -->Data type : 1 -->Container ID : 848 -->Target ID : 848 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ALK4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ALK4 -->HEMCO species ID: 5 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_C2H6 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.C2H6.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_C2H6 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_C2H6: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_C2H6 -->Data type : 1 -->Container ID : 853 -->Target ID : 853 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C2H6.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.3051559E-02 -->Array min & max : 6.6579771E-15 2.9709597E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_C2H6 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.C2H6.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_C2H6 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_C2H6: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_C2H6 -->Data type : 1 -->Container ID : 854 -->Target ID : 854 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C2H6.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C2H6 -->HEMCO species ID: 18 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_C3H8 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.C3H8.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_C3H8 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_C3H8: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_C3H8 -->Data type : 1 -->Container ID : 855 -->Target ID : 855 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C3H8.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.3508852 -->Array min & max : 0.0000000E+00 1.4151162E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_C3H8 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.C3H8.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_C3H8 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_C3H8: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_C3H8 -->Data type : 1 -->Container ID : 856 -->Target ID : 856 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.C3H8.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : C3H8 -->HEMCO species ID: 19 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CCl4 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CCl4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CCl4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CCl4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CCl4 -->Data type : 1 -->Container ID : 857 -->Target ID : 857 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CCl4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.7931601 -->Array min & max : 0.0000000E+00 2.9788576E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CCl4 -->HEMCO species ID: 20 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CCl4 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CCl4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CCl4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CCl4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CCl4 -->Data type : 1 -->Container ID : 858 -->Target ID : 858 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CCl4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CCl4 -->HEMCO species ID: 20 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CFC12 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CF2Cl2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CFC12 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CFC12: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CFC12 -->Data type : 1 -->Container ID : 859 -->Target ID : 859 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.9604610E-02 -->Array min & max : 0.0000000E+00 2.7029896E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC12 -->HEMCO species ID: 25 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CFC12 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CF2Cl2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CFC12 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CFC12: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CFC12 -->Data type : 1 -->Container ID : 860 -->Target ID : 860 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC12 -->HEMCO species ID: 25 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_H1211 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CF2ClBr.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_H1211 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_H1211: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_H1211 -->Data type : 1 -->Container ID : 861 -->Target ID : 861 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2ClBr.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.194614 -->Array min & max : 0.0000000E+00 1.2145556E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H1211 -->HEMCO species ID: 59 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_H1211 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CF2ClBr.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_H1211 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_H1211: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_H1211 -->Data type : 1 -->Container ID : 862 -->Target ID : 862 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CF2ClBr.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H1211 -->HEMCO species ID: 59 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CFC113 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFC113.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CFC113 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CFC113: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CFC113 -->Data type : 1 -->Container ID : 863 -->Target ID : 863 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC113.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.2242774E-02 -->Array min & max : 0.0000000E+00 3.5574583E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC113 -->HEMCO species ID: 22 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CFC113 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFC113.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CFC113 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CFC113: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CFC113 -->Data type : 1 -->Container ID : 864 -->Target ID : 864 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC113.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC113 -->HEMCO species ID: 22 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CFC114 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFC114.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CFC114 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CFC114: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CFC114 -->Data type : 1 -->Container ID : 865 -->Target ID : 865 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC114.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.1553181E-03 -->Array min & max : 0.0000000E+00 3.1442437E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC114 -->HEMCO species ID: 23 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CFC114 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFC114.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CFC114 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CFC114: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CFC114 -->Data type : 1 -->Container ID : 866 -->Target ID : 866 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC114.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC114 -->HEMCO species ID: 23 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CFC115 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFC115.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CFC115 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CFC115: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CFC115 -->Data type : 1 -->Container ID : 867 -->Target ID : 867 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC115.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.8829919E-04 -->Array min & max : 0.0000000E+00 2.2043629E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC115 -->HEMCO species ID: 24 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CFC115 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFC115.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CFC115 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CFC115: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CFC115 -->Data type : 1 -->Container ID : 868 -->Target ID : 868 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFC115.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC115 -->HEMCO species ID: 24 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CFC11 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFCl3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CFC11 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CFC11: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CFC11 -->Data type : 1 -->Container ID : 869 -->Target ID : 869 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.3502931 -->Array min & max : 0.0000000E+00 1.4557133E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC11 -->HEMCO species ID: 21 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CFC11 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CFCl3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CFC11 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CFC11: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CFC11 -->Data type : 1 -->Container ID : 870 -->Target ID : 870 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CFCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CFC11 -->HEMCO species ID: 21 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CH2O Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH2O.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CH2O # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CH2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CH2O -->Data type : 1 -->Container ID : 871 -->Target ID : 871 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 22.66452 -->Array min & max : 3.8504404E-12 7.2056614E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CH2O Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH2O.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CH2O # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CH2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CH2O -->Data type : 1 -->Container ID : 872 -->Target ID : 872 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1284079E-09 -->Array min & max : 6.4510165E-24 5.6197066E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH2O -->HEMCO species ID: 31 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CH3CCl3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH3CCl3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CH3CCl3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CH3CCl3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CH3CCl3 -->Data type : 1 -->Container ID : 873 -->Target ID : 873 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3CCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.5446377 -->Array min & max : 0.0000000E+00 2.1554124E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3CCl3 -->HEMCO species ID: 33 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CH3CCl3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH3CCl3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CH3CCl3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CH3CCl3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CH3CCl3 -->Data type : 1 -->Container ID : 874 -->Target ID : 874 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3CCl3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3CCl3 -->HEMCO species ID: 33 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CH3Cl Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH3Cl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CH3Cl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CH3Cl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CH3Cl -->Data type : 1 -->Container ID : 875 -->Target ID : 875 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.4419071E-02 -->Array min & max : 5.4539414E-16 9.2141516E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3Cl -->HEMCO species ID: 34 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CH3Cl Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH3Cl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CH3Cl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CH3Cl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CH3Cl -->Data type : 1 -->Container ID : 876 -->Target ID : 876 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH3Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH3Cl -->HEMCO species ID: 34 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CH4 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CH4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CH4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CH4 -->Data type : 1 -->Container ID : 877 -->Target ID : 877 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.9453093E-03 -->Array min & max : 7.0935840E-17 1.6698660E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH4 -->HEMCO species ID: 36 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CH4 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CH4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CH4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CH4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CH4 -->Data type : 1 -->Container ID : 878 -->Target ID : 878 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CH4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CH4 -->HEMCO species ID: 36 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_CO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_CO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_CO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_CO -->Data type : 1 -->Container ID : 879 -->Target ID : 879 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.0781991E-02 -->Array min & max : 8.9593089E-15 2.1362675E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_CO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.CO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_CO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_CO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_CO -->Data type : 1 -->Container ID : 880 -->Target ID : 880 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.CO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.1021056E-09 -->Array min & max : 3.0980887E-23 2.3215013E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : CO -->HEMCO species ID: 47 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_Cl Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.Cl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_Cl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_Cl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_Cl -->Data type : 1 -->Container ID : 881 -->Target ID : 881 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2914399. -->Array min & max : 1.1699704E-03 45.50216 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl -->HEMCO species ID: 39 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_Cl Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.Cl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_Cl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_Cl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_Cl -->Data type : 1 -->Container ID : 882 -->Target ID : 882 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.8931929E-07 -->Array min & max : 1.0722550E-22 2.5158729E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl -->HEMCO species ID: 39 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_Cl2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.Cl2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_Cl2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_Cl2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_Cl2 -->Data type : 1 -->Container ID : 883 -->Target ID : 883 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 327.4242 -->Array min & max : 0.0000000E+00 3.6718564E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2 -->HEMCO species ID: 40 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_Cl2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.Cl2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_Cl2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_Cl2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_Cl2 -->Data type : 1 -->Container ID : 884 -->Target ID : 884 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2842316E-11 -->Array min & max : 4.2653951E-28 2.9189918E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2 -->HEMCO species ID: 40 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_Cl2O2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.Cl2O2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_Cl2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_Cl2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_Cl2O2 -->Data type : 1 -->Container ID : 885 -->Target ID : 885 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 559695.2 -->Array min & max : 1.0440806E-07 119.2547 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2O2 -->HEMCO species ID: 41 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_Cl2O2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.Cl2O2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_Cl2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_Cl2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_Cl2O2 -->Data type : 1 -->Container ID : 886 -->Target ID : 886 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.Cl2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.9072708E-11 -->Array min & max : 8.4481820E-29 8.4854988E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : Cl2O2 -->HEMCO species ID: 41 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ClO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ClO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ClO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ClO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ClO -->Data type : 1 -->Container ID : 887 -->Target ID : 887 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5982.566 -->Array min & max : 1.0962938E-06 0.5577934 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ClO -->HEMCO species ID: 44 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ClO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ClO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ClO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ClO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ClO -->Data type : 1 -->Container ID : 888 -->Target ID : 888 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.8931446E-07 -->Array min & max : 9.3353856E-23 2.5133558E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ClO -->HEMCO species ID: 44 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_EOH Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.EOH.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_EOH # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_EOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_EOH -->Data type : 1 -->Container ID : 891 -->Target ID : 891 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.EOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.310108 -->Array min & max : 1.7199759E-13 4.5200239E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_EOH Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.EOH.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_EOH # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_EOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_EOH -->Data type : 1 -->Container ID : 892 -->Target ID : 892 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.EOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6208253E-13 -->Array min & max : 2.5703408E-30 1.0495452E-16 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ETP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ETP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ETP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ETP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ETP -->Data type : 1 -->Container ID : 895 -->Target ID : 895 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ETP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.870716 -->Array min & max : 3.0070830E-13 1.4773937E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ETP -->HEMCO species ID: 56 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ETP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ETP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ETP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ETP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ETP -->Data type : 1 -->Container ID : 896 -->Target ID : 896 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ETP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9822180E-11 -->Array min & max : 2.3446349E-29 4.7772908E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ETP -->HEMCO species ID: 56 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_GLYC Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.GLYC.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_GLYC # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_GLYC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_GLYC -->Data type : 1 -->Container ID : 899 -->Target ID : 899 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.389129 -->Array min & max : 0.0000000E+00 2.0927569E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYC -->HEMCO species ID: 57 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_GLYC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.GLYC.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_GLYC # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_GLYC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_GLYC -->Data type : 1 -->Container ID : 900 -->Target ID : 900 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7873137E-11 -->Array min & max : 0.0000000E+00 1.9951278E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYC -->HEMCO species ID: 57 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_GLYX Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_GLYX # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_GLYX: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_GLYX -->Data type : 1 -->Container ID : 901 -->Target ID : 901 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 24.66373 -->Array min & max : 0.0000000E+00 3.7592242E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYX -->HEMCO species ID: 58 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_GLYX Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_GLYX # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_GLYX: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_GLYX -->Data type : 1 -->Container ID : 902 -->Target ID : 902 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.GLYX.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.4917260E-12 -->Array min & max : 0.0000000E+00 5.5358063E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : GLYX -->HEMCO species ID: 58 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_H2402 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_H2402 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_H2402: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_H2402 -->Data type : 1 -->Container ID : 911 -->Target ID : 911 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.793000 -->Array min & max : 0.0000000E+00 1.0512862E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2402 -->HEMCO species ID: 61 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_H2402 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_H2402 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_H2402: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_H2402 -->Data type : 1 -->Container ID : 912 -->Target ID : 912 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2402.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2402 -->HEMCO species ID: 61 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_H2O Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.H2O.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_H2O # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_H2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_H2O -->Data type : 1 -->Container ID : 913 -->Target ID : 913 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.4182789E-03 -->Array min & max : 6.7937275E-28 8.3982314E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O -->HEMCO species ID: 62 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_H2O Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.H2O.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_H2O # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_H2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_H2O -->Data type : 1 -->Container ID : 914 -->Target ID : 914 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4005651E-08 -->Array min & max : 5.3094761E-21 4.7419810E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O -->HEMCO species ID: 62 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_H2O2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_H2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_H2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_H2O2 -->Data type : 1 -->Container ID : 915 -->Target ID : 915 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.891593 -->Array min & max : 1.5819607E-13 1.0240934E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O2 -->HEMCO species ID: 63 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_H2O2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_H2O2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_H2O2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_H2O2 -->Data type : 1 -->Container ID : 916 -->Target ID : 916 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.H2O2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.2735200E-10 -->Array min & max : 5.4060748E-30 5.1213360E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : H2O2 -->HEMCO species ID: 63 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HAC Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HAC.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HAC # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HAC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HAC -->Data type : 1 -->Container ID : 917 -->Target ID : 917 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HAC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.643586 -->Array min & max : 0.0000000E+00 1.0187968E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HAC -->HEMCO species ID: 64 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HAC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HAC.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HAC # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HAC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HAC -->Data type : 1 -->Container ID : 918 -->Target ID : 918 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HAC.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7323655E-11 -->Array min & max : 0.0000000E+00 2.0476883E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HAC -->HEMCO species ID: 64 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HCFC141b Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCFC141b.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HCFC141b # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HCFC141b: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HCFC141b -->Data type : 1 -->Container ID : 919 -->Target ID : 919 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC141b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.2975587E-02 -->Array min & max : 1.6152682E-17 4.3918758E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC141b -->HEMCO species ID: 68 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HCFC141b Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCFC141b.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HCFC141b # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HCFC141b: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HCFC141b -->Data type : 1 -->Container ID : 920 -->Target ID : 920 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC141b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC141b -->HEMCO species ID: 68 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HCFC142b Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HCFC142b # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HCFC142b: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HCFC142b -->Data type : 1 -->Container ID : 921 -->Target ID : 921 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.0002242E-03 -->Array min & max : 7.1069869E-18 1.0831867E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC142b -->HEMCO species ID: 69 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HCFC142b Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HCFC142b # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HCFC142b: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HCFC142b -->Data type : 1 -->Container ID : 922 -->Target ID : 922 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC142b.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC142b -->HEMCO species ID: 69 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HCFC22 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCFC22.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HCFC22 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HCFC22: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HCFC22 -->Data type : 1 -->Container ID : 923 -->Target ID : 923 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC22.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6720059E-03 -->Array min & max : 1.4402344E-17 7.6572803E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC22 -->HEMCO species ID: 70 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HCFC22 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCFC22.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HCFC22 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HCFC22: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HCFC22 -->Data type : 1 -->Container ID : 924 -->Target ID : 924 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCFC22.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCFC22 -->HEMCO species ID: 70 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HCOOH Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCOOH.geos5.2x25.20170108.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HCOOH # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HCOOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HCOOH -->Data type : 1 -->Container ID : 925 -->Target ID : 925 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCOOH.geos5.2x25.20170108.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.1915275 -->Array min & max : 0.0000000E+00 5.9896129E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HCOOH Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCOOH.geos5.2x25.20170108.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HCOOH # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HCOOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HCOOH -->Data type : 1 -->Container ID : 926 -->Target ID : 926 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCOOH.geos5.2x25.20170108.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.5917115E-13 -->Array min & max : 0.0000000E+00 1.7707218E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCOOH -->HEMCO species ID: 72 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HCl Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HCl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HCl -->Data type : 1 -->Container ID : 927 -->Target ID : 927 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.3168962 -->Array min & max : 1.7342155E-12 1.1885696E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCl -->HEMCO species ID: 71 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HCl Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HCl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HCl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HCl -->Data type : 1 -->Container ID : 928 -->Target ID : 928 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.4405470E-10 -->Array min & max : 2.5542204E-25 3.2628637E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HCl -->HEMCO species ID: 71 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HNO2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HNO2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HNO2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HNO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HNO2 -->Data type : 1 -->Container ID : 929 -->Target ID : 929 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 260.1902 -->Array min & max : 2.2166523E-13 2.8166978E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO2 -->HEMCO species ID: 76 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HNO2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HNO2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HNO2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HNO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HNO2 -->Data type : 1 -->Container ID : 930 -->Target ID : 930 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6974850E-10 -->Array min & max : 1.1520331E-29 8.7167686E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO2 -->HEMCO species ID: 76 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HNO3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HNO3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HNO3 -->Data type : 1 -->Container ID : 931 -->Target ID : 931 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.337338 -->Array min & max : 1.2220431E-14 1.2107495E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO3 -->HEMCO species ID: 77 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HNO3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HNO3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HNO3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HNO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HNO3 -->Data type : 1 -->Container ID : 932 -->Target ID : 932 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.6926452E-10 -->Array min & max : 8.9903543E-24 2.5348839E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO3 -->HEMCO species ID: 77 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HNO4 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HNO4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HNO4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HNO4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HNO4 -->Data type : 1 -->Container ID : 933 -->Target ID : 933 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 935.3713 -->Array min & max : 4.7458136E-12 0.3033076 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO4 -->HEMCO species ID: 78 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HNO4 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HNO4.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HNO4 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HNO4: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HNO4 -->Data type : 1 -->Container ID : 934 -->Target ID : 934 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HNO4.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.9381000E-10 -->Array min & max : 1.4551112E-30 7.6238478E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HNO4 -->HEMCO species ID: 78 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_HOCl Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HOCl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_HOCl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_HOCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_HOCl -->Data type : 1 -->Container ID : 937 -->Target ID : 937 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HOCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 43.51596 -->Array min & max : 1.0799207E-12 6.0932495E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HOCl -->HEMCO species ID: 80 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_HOCl Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.HOCl.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_HOCl # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_HOCl: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_HOCl -->Data type : 1 -->Container ID : 938 -->Target ID : 938 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.HOCl.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.2635930E-10 -->Array min & max : 1.2557349E-24 3.5303852E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : HOCl -->HEMCO species ID: 80 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_ISOP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_ISOP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_ISOP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_ISOP -->Data type : 1 -->Container ID : 953 -->Target ID : 953 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 25.09299 -->Array min & max : 6.0272480E-09 1.1638165E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_ISOP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_ISOP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_ISOP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_ISOP -->Data type : 1 -->Container ID : 954 -->Target ID : 954 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.ISOP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MACR Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MACR # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MACR: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MACR -->Data type : 1 -->Container ID : 957 -->Target ID : 957 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 14.49477 -->Array min & max : 6.9869521E-10 5.0831097E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MACR Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MACR # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MACR: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MACR -->Data type : 1 -->Container ID : 958 -->Target ID : 958 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MACR.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.0111164E-11 -->Array min & max : 0.0000000E+00 1.5442240E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MACR -->HEMCO species ID: 127 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MAP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MAP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MAP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MAP -->Data type : 1 -->Container ID : 965 -->Target ID : 965 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.052177 -->Array min & max : 9.4630586E-13 1.4769362E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MAP -->HEMCO species ID: 129 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MAP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MAP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MAP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MAP -->Data type : 1 -->Container ID : 966 -->Target ID : 966 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MAP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.0170203E-11 -->Array min & max : 0.0000000E+00 7.3480193E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MAP -->HEMCO species ID: 129 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MEK Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MEK # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MEK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MEK -->Data type : 1 -->Container ID : 969 -->Target ID : 969 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.174722 -->Array min & max : 3.1339404E-12 2.5319707E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MEK Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MEK # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MEK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MEK -->Data type : 1 -->Container ID : 970 -->Target ID : 970 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MEK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.8125881E-12 -->Array min & max : 1.1280635E-26 3.1079807E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MEK -->HEMCO species ID: 135 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MGLY Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MGLY # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MGLY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MGLY -->Data type : 1 -->Container ID : 971 -->Target ID : 971 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 79.04967 -->Array min & max : 1.7318208E-12 1.3086821E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MGLY -->HEMCO species ID: 137 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MGLY Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MGLY # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MGLY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MGLY -->Data type : 1 -->Container ID : 972 -->Target ID : 972 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MGLY.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2682777E-11 -->Array min & max : 6.6731796E-26 3.5331154E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MGLY -->HEMCO species ID: 137 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MOH Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MOH # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MOH -->Data type : 1 -->Container ID : 975 -->Target ID : 975 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.3484100 -->Array min & max : 1.8411400E-14 1.2683551E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MOH Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MOH # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MOH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MOH -->Data type : 1 -->Container ID : 976 -->Target ID : 976 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MOH.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.6619800E-11 -->Array min & max : 1.5688980E-24 2.5996767E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MOH -->HEMCO species ID: 138 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MP -->Data type : 1 -->Container ID : 977 -->Target ID : 977 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.954169 -->Array min & max : 4.3003323E-13 1.4838981E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MP -->HEMCO species ID: 142 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MP -->Data type : 1 -->Container ID : 978 -->Target ID : 978 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.6453436E-10 -->Array min & max : 6.6040127E-25 2.8848634E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MP -->HEMCO species ID: 142 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_MVK Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MVK.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_MVK # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_MVK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_MVK -->Data type : 1 -->Container ID : 983 -->Target ID : 983 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MVK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 12.92676 -->Array min & max : 2.0047120E-09 3.5404347E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MVK -->HEMCO species ID: 148 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_MVK Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.MVK.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_MVK # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_MVK: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_MVK -->Data type : 1 -->Container ID : 984 -->Target ID : 984 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.MVK.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.2027524E-11 -->Array min & max : 0.0000000E+00 1.6187542E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : MVK -->HEMCO species ID: 148 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_N2O Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.N2O.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_N2O # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_N2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_N2O -->Data type : 1 -->Container ID : 989 -->Target ID : 989 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.7850114E-02 -->Array min & max : 0.0000000E+00 6.4915957E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O -->HEMCO species ID: 155 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_N2O Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.N2O.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_N2O # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_N2O: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_N2O -->Data type : 1 -->Container ID : 990 -->Target ID : 990 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O -->HEMCO species ID: 155 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_N2O5 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.N2O5.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_N2O5 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_N2O5: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_N2O5 -->Data type : 1 -->Container ID : 991 -->Target ID : 991 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O5.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 570.7722 -->Array min & max : 1.0893489E-08 0.1653392 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O5 -->HEMCO species ID: 156 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_N2O5 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.N2O5.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_N2O5 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_N2O5: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_N2O5 -->Data type : 1 -->Container ID : 992 -->Target ID : 992 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.N2O5.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.1946973E-09 -->Array min & max : 0.0000000E+00 3.8761216E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : N2O5 -->HEMCO species ID: 156 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_NO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.NO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_NO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_NO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_NO -->Data type : 1 -->Container ID : 993 -->Target ID : 993 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1894.676 -->Array min & max : 8.4914236E-06 4.7517285E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_NO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.NO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_NO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_NO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_NO -->Data type : 1 -->Container ID : 994 -->Target ID : 994 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2804468E-06 -->Array min & max : 0.0000000E+00 6.3355390E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO -->HEMCO species ID: 161 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_NO2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.NO2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_NO2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_NO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_NO2 -->Data type : 1 -->Container ID : 995 -->Target ID : 995 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1859.327 -->Array min & max : 7.7980209E-09 0.1639121 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO2 -->HEMCO species ID: 162 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_NO2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.NO2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_NO2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_NO2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_NO2 -->Data type : 1 -->Container ID : 996 -->Target ID : 996 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2847800E-06 -->Array min & max : 4.8574025E-23 6.3420248E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO2 -->HEMCO species ID: 162 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_NO3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.NO3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_NO3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_NO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_NO3 -->Data type : 1 -->Container ID : 997 -->Target ID : 997 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 27303.61 -->Array min & max : 1.3933315E-08 0.5247902 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO3 -->HEMCO species ID: 163 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_NO3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.NO3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_NO3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_NO3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_NO3 -->Data type : 1 -->Container ID : 998 -->Target ID : 998 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.NO3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.2958338E-09 -->Array min & max : 1.6471373E-24 3.9603967E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : NO3 -->HEMCO species ID: 163 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_O3 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.O3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_O3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_O3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_O3 -->Data type : 1 -->Container ID : 1005 -->Target ID : 1005 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.O3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 247.8245 -->Array min & max : 6.8591685E-14 8.9206658E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : O3 -->HEMCO species ID: 165 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_O3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.O3.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_O3 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_O3: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_O3 -->Data type : 1 -->Container ID : 1006 -->Target ID : 1006 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.O3.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.8752885E-04 -->Array min & max : 2.0404060E-30 1.1225945E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : O3 -->HEMCO species ID: 165 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_OClO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.OClO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_OClO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_OClO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_OClO -->Data type : 1 -->Container ID : 1007 -->Target ID : 1007 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.OClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 11789.01 -->Array min & max : 0.0000000E+00 0.1278222 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : OClO -->HEMCO species ID: 166 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_OClO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.OClO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_OClO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_OClO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_OClO -->Data type : 1 -->Container ID : 1008 -->Target ID : 1008 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.OClO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.9708108E-10 -->Array min & max : 6.1996017E-28 8.1173241E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : OClO -->HEMCO species ID: 166 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_PAN Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PAN.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_PAN # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_PAN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_PAN -->Data type : 1 -->Container ID : 1013 -->Target ID : 1013 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PAN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.124117 -->Array min & max : 6.8743434E-17 2.4729706E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PAN -->HEMCO species ID: 171 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_PAN Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PAN.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_PAN # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_PAN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_PAN -->Data type : 1 -->Container ID : 1014 -->Target ID : 1014 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PAN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.2896444E-10 -->Array min & max : 3.2968735E-30 2.1822565E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PAN -->HEMCO species ID: 171 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_PP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_PP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_PP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_PP -->Data type : 1 -->Container ID : 1021 -->Target ID : 1021 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.406778 -->Array min & max : 0.0000000E+00 1.2803571E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PP -->HEMCO species ID: 174 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_PP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_PP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_PP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_PP -->Data type : 1 -->Container ID : 1022 -->Target ID : 1022 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.1522666E-12 -->Array min & max : 0.0000000E+00 2.6251546E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PP -->HEMCO species ID: 174 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_PPN Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PPN.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_PPN # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_PPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_PPN -->Data type : 1 -->Container ID : 1023 -->Target ID : 1023 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.603864 -->Array min & max : 3.6089683E-18 2.2481871E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PPN -->HEMCO species ID: 175 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_PPN Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PPN.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_PPN # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_PPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_PPN -->Data type : 1 -->Container ID : 1024 -->Target ID : 1024 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4167541E-11 -->Array min & max : 0.0000000E+00 2.0046922E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PPN -->HEMCO species ID: 175 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_PRPE Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PRPE.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_PRPE # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_PRPE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_PRPE -->Data type : 1 -->Container ID : 1027 -->Target ID : 1027 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPE.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 9.824039 -->Array min & max : 4.3469246E-09 3.2523883E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_PRPE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PRPE.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_PRPE # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_PRPE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_PRPE -->Data type : 1 -->Container ID : 1028 -->Target ID : 1028 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPE.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.0622878E-12 -->Array min & max : 0.0000000E+00 1.0359705E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_PRPN Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PRPN.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_PRPN # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_PRPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_PRPN -->Data type : 1 -->Container ID : 1029 -->Target ID : 1029 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.382047 -->Array min & max : 0.0000000E+00 1.2539119E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPN -->HEMCO species ID: 178 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_PRPN Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.PRPN.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_PRPN # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_PRPN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_PRPN -->Data type : 1 -->Container ID : 1030 -->Target ID : 1030 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.PRPN.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.6651231E-13 -->Array min & max : 0.0000000E+00 9.9869430E-16 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : PRPN -->HEMCO species ID: 178 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_R4N2 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.R4N2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_R4N2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_R4N2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_R4N2 -->Data type : 1 -->Container ID : 1033 -->Target ID : 1033 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4N2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.331714 -->Array min & max : 9.6088210E-14 3.7028582E-05 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4N2 -->HEMCO species ID: 180 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_R4N2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.R4N2.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_R4N2 # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_R4N2: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_R4N2 -->Data type : 1 -->Container ID : 1034 -->Target ID : 1034 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4N2.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.4183399E-12 -->Array min & max : 1.7422044E-29 2.2375385E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4N2 -->HEMCO species ID: 180 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_R4P Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.R4P.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_R4P # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_R4P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_R4P -->Data type : 1 -->Container ID : 1037 -->Target ID : 1037 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.901582 -->Array min & max : 9.7685477E-13 1.4777952E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4P -->HEMCO species ID: 181 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_R4P Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.R4P.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_R4P # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_R4P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_R4P -->Data type : 1 -->Container ID : 1038 -->Target ID : 1038 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.R4P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.1867686E-12 -->Array min & max : 1.7952112E-30 2.4733286E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : R4P -->HEMCO species ID: 181 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RA3P Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RA3P.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RA3P # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RA3P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RA3P -->Data type : 1 -->Container ID : 1039 -->Target ID : 1039 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RA3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.869940 -->Array min & max : 9.6057721E-13 1.4779477E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RA3P -->HEMCO species ID: 182 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RA3P Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RA3P.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RA3P # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RA3P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RA3P -->Data type : 1 -->Container ID : 1040 -->Target ID : 1040 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RA3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 6.7710995E-13 -->Array min & max : 0.0000000E+00 2.2651233E-16 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RA3P -->HEMCO species ID: 182 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RB3P Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RB3P.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RB3P # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RB3P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RB3P -->Data type : 1 -->Container ID : 1041 -->Target ID : 1041 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RB3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.867815 -->Array min & max : 9.6099745E-13 1.4779426E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RB3P -->HEMCO species ID: 183 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RB3P Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RB3P.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RB3P # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RB3P: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RB3P -->Data type : 1 -->Container ID : 1042 -->Target ID : 1042 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RB3P.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.5474577E-12 -->Array min & max : 0.0000000E+00 1.0274870E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RB3P -->HEMCO species ID: 183 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RCHO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RCHO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RCHO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RCHO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RCHO -->Data type : 1 -->Container ID : 1043 -->Target ID : 1043 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RCHO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 21.46909 -->Array min & max : 4.4266032E-12 4.7199486E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RCHO -->HEMCO species ID: 184 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RCHO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RCHO.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RCHO # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RCHO: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RCHO -->Data type : 1 -->Container ID : 1044 -->Target ID : 1044 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RCHO.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.5289259E-11 -->Array min & max : 7.9207841E-30 8.4734415E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RCHO -->HEMCO species ID: 184 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RIPA Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RIPA.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RIPA # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RIPA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RIPA -->Data type : 1 -->Container ID : 1051 -->Target ID : 1051 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.440268 -->Array min & max : 0.0000000E+00 1.3549248E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPA -->HEMCO species ID: 185 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RIPA Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RIPA.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RIPA # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RIPA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RIPA -->Data type : 1 -->Container ID : 1052 -->Target ID : 1052 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPA.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.8051997E-11 -->Array min & max : 0.0000000E+00 6.0660678E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPA -->HEMCO species ID: 185 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RIPB Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RIPB.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RIPB # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RIPB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RIPB -->Data type : 1 -->Container ID : 1053 -->Target ID : 1053 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPB.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.440268 -->Array min & max : 0.0000000E+00 1.3549248E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPB -->HEMCO species ID: 186 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RIPB Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RIPB.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RIPB # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RIPB: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RIPB -->Data type : 1 -->Container ID : 1054 -->Target ID : 1054 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPB.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.8051997E-11 -->Array min & max : 0.0000000E+00 6.0660678E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPB -->HEMCO species ID: 186 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RIPD Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RIPD.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RIPD # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RIPD: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RIPD -->Data type : 1 -->Container ID : 1055 -->Target ID : 1055 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPD.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.440268 -->Array min & max : 0.0000000E+00 1.3549248E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPD -->HEMCO species ID: 188 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RIPD Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RIPD.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RIPD # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RIPD: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RIPD -->Data type : 1 -->Container ID : 1056 -->Target ID : 1056 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RIPD.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.8051997E-11 -->Array min & max : 0.0000000E+00 6.0660678E-14 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RIPD -->HEMCO species ID: 188 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_LOSS_RP Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable loss Unit conversion settings: - Year, month : 2005 7 Data was in units of s^-1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_LOSS_RP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_LOSS_RP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_LOSS_RP -->Data type : 1 -->Container ID : 1059 -->Target ID : 1059 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: loss -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.894005 -->Array min & max : 1.0242848E-12 1.4774787E-04 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : s-1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RP -->HEMCO species ID: 189 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GMI_PROD_RP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/GMI/v2015-02/gmi.clim.RP.geos5.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200501010000.000 200512010000.000 preferred datetime: 200507010000. selected tidx1: 7 corresponding datetime 1: 200507010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable prod Unit conversion settings: - Year, month : 2005 7 Data was in units of v/v/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: GMI_PROD_RP # of input levels = # of output levels - passed as is. Did vertical regridding for GMI_PROD_RP: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GMI_PROD_RP -->Data type : 1 -->Container ID : 1060 -->Target ID : 1060 -->File data home? 1 -->Source file : $ROOT/GMI/v2015-02/gmi.clim.RP.geos5.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: prod -->Year range : 2005 2005 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.7799152E-12 -->Array min & max : 0.0000000E+00 1.0470160E-15 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v/s -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : RP -->HEMCO species ID: 189 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: NOAA_GMD_CH4 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/NOAA_GMD/v2018-01/monthly.gridded.surface.methane.1979-2020.1x1.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 504 Time slice range : 197901010000.000 202012010000.000 preferred datetime: 201907010000. selected tidx1: 487 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SFC_CH4 Unit conversion settings: - Year, month : 2019 7 Data was in units of ppbv - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container NOAA_GMD_CH4 -->Data type : 1 -->Container ID : 1065 -->Target ID : 1065 -->File data home? 1 -->Source file : $ROOT/NOAA_GMD/v2018-01/monthly.gridded.surface.methane.1979-2020.1x1.nc -->ncRead? T -->Shared data file? F -->Source parameter: SFC_CH4 -->Year range : 1979 2020 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6195519. -->Array min & max : 1819.136 1989.939 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CH3Cl Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_2014.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201401010000.000 201412010000.000 preferred datetime: 201407010000. selected tidx1: 7 corresponding datetime 1: 201407010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH3Cl Unit conversion settings: - Year, month : 2014 7 Data was in units of 1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CH3Cl -->Data type : 1 -->Container ID : 1212 -->Target ID : 1212 -->File data home? 1 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3Cl -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1754787. -->Array min & max : 479.3789 545.6174 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CH2Cl2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_2014.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201401010000.000 201412010000.000 preferred datetime: 201407010000. selected tidx1: 7 corresponding datetime 1: 201407010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH2Cl2 Unit conversion settings: - Year, month : 2014 7 Data was in units of 1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CH2Cl2 -->Data type : 1 -->Container ID : 1213 -->Target ID : 1213 -->File data home? 1 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH2Cl2 -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 113242.7 -->Array min & max : 7.456636 59.89397 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CHCl3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_2014.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201401010000.000 201412010000.000 preferred datetime: 201407010000. selected tidx1: 7 corresponding datetime 1: 201407010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CHCl3 Unit conversion settings: - Year, month : 2014 7 Data was in units of 1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CHCl3 -->Data type : 1 -->Container ID : 1214 -->Target ID : 1214 -->File data home? 1 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHCl3 -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 33453.06 -->Array min & max : 8.291049 12.76654 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CH3Br Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_2014.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201401010000.000 201412010000.000 preferred datetime: 201407010000. selected tidx1: 7 corresponding datetime 1: 201407010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH3Br Unit conversion settings: - Year, month : 2014 7 Data was in units of 1 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CH3Br -->Data type : 1 -->Container ID : 1215 -->Target ID : 1215 -->File data home? 1 -->Source file : $ROOT/CMIP6/v2020-03/2x2.5/CMIP6_GHG_surface_VMR_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3Br -->Year range : 1750 2014 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 21771.69 -->Array min & max : 6.058701 7.112115 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : ppbv -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CCl4 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CCl4 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CCl4 -->Data type : 1 -->Container ID : 1216 -->Target ID : 1216 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CCl4 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5528794E-07 -->Array min & max : 7.7079995E-11 7.7080009E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CFC113 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CFC113 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CFC113 -->Data type : 1 -->Container ID : 1217 -->Target ID : 1217 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC113 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.2931705E-07 -->Array min & max : 6.9239996E-11 6.9240016E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CFC114 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CFC114 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CFC114 -->Data type : 1 -->Container ID : 1218 -->Target ID : 1218 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC114 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.2328581E-08 -->Array min & max : 1.5799998E-11 1.5800016E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CFC115 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CFC115 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CFC115 -->Data type : 1 -->Container ID : 1219 -->Target ID : 1219 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC115 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8217519E-08 -->Array min & max : 8.5199989E-12 8.5200007E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CFC11 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CFC11 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CFC11 -->Data type : 1 -->Container ID : 1220 -->Target ID : 1220 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC11 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.4031641E-07 -->Array min & max : 2.2352983E-10 2.2353001E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CFC12 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CFC12 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CFC12 -->Data type : 1 -->Container ID : 1221 -->Target ID : 1221 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CFC12 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6559621E-06 -->Array min & max : 4.9997995E-10 4.9998022E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_CH3CCl3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CH3CCl3 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_CH3CCl3 -->Data type : 1 -->Container ID : 1222 -->Target ID : 1222 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: CH3CCl3 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.5042605E-09 -->Array min & max : 1.3599999E-12 1.3600008E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_H1211 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable H1211 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_H1211 -->Data type : 1 -->Container ID : 1223 -->Target ID : 1223 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H1211 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0697950E-08 -->Array min & max : 3.2299998E-12 3.2300003E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_H1301 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable H1301 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_H1301 -->Data type : 1 -->Container ID : 1224 -->Target ID : 1224 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: H1301 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1062544E-08 -->Array min & max : 3.3399975E-12 3.3399999E-12 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_H2402 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable C2BR2F4 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_H2402 -->Data type : 1 -->Container ID : 1225 -->Target ID : 1225 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: C2BR2F4 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2917196E-09 -->Array min & max : 3.8999999E-13 3.9000021E-13 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_HCFC141b Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCFC141b Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_HCFC141b -->Data type : 1 -->Container ID : 1226 -->Target ID : 1226 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCFC141b -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.5817327E-08 -->Array min & max : 2.5909998E-11 2.5910024E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_HCFC142b Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCFC142b Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_HCFC142b -->Data type : 1 -->Container ID : 1227 -->Target ID : 1227 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCFC142b -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.5213812E-08 -->Array min & max : 2.2709999E-11 2.2710021E-11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_HCFC22 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HCFC22 Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_HCFC22 -->Data type : 1 -->Container ID : 1228 -->Target ID : 1228 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: HCFC22 -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.2577287E-07 -->Array min & max : 2.4932997E-10 2.4933003E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SfcVMR_N2O Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_2019.2x25.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 201901010000.000 201912010000.000 preferred datetime: 201907010000. selected tidx1: 7 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable N2O Unit conversion settings: - Year, month : 2019 7 Data was in units of v/v - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SfcVMR_N2O -->Data type : 1 -->Container ID : 1229 -->Target ID : 1229 -->File data home? 1 -->Source file : $ROOT/SfcFix/v2019-12/WMO_2018/2x2.5/surface_VMRs_WMO2018_$YYYY.2x25.nc -->ncRead? T -->Shared data file? F -->Source parameter: N2O -->Year range : 1960 2100 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0940687E-03 -->Array min & max : 3.3032998E-07 3.3033018E-07 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : v/v -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: surf_iodide Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OCEAN_O3_DRYDEP/v2020-02/Oi_prj_predicted_iodide_0.125x0.125_No_Skagerrak_Just_Ensemble.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 197001010000.000 197012010000.000 preferred datetime: 197007010000. selected tidx1: 7 corresponding datetime 1: 197007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable Ensemble_Monthly_mean Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container surf_iodide -->Data type : 1 -->Container ID : 1233 -->Target ID : 1233 -->File data home? 1 -->Source file : $ROOT/OCEAN_O3_DRYDEP/v2020-02/Oi_prj_predicted_iodide_0.125x0.125_No_Skagerrak_Just_Ensemble.nc -->ncRead? T -->Shared data file? F -->Source parameter: Ensemble_Monthly_mean -->Year range : 1970 1970 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 307359.8 -->Array min & max : 26.65932 218.4095 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BROMOCARB_SEASON Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/BROMINE/v2015-02/BromoCarb_Season.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 12 Time slice range : 200001010000.000 200012010000.000 preferred datetime: 200007010000. selected tidx1: 7 corresponding datetime 1: 200007010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CHXBRY_scale Unit conversion settings: - Year, month : 2000 7 Data was in units of unitless - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BROMOCARB_SEASON -->Data type : 2 -->Container ID : 1249 -->Target ID : 1249 -->File data home? 1 -->Source file : $ROOT/BROMINE/v2015-02/BromoCarb_Season.nc -->ncRead? T -->Shared data file? F -->Source parameter: CHXBRY_scale -->Year range : 2000 2000 -->Month range : 1 12 -->Day range : 1 1 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3434.836 -->Array min & max : 1.000000 1.110000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : unitless -->Concentration? F -->Coverage : -999 -->Scal ID : 39 -->Operator : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading day list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EMIS_DST1 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_DUST/v2019-01/0.5x0.625/2017/07/dust_emissions_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EMIS_DST1 Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EMIS_DST1 -->Data type : 1 -->Container ID : 375 -->Target ID : 375 -->File data home? 1 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST1 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.6522789E-05 -->Array min & max : 0.0000000E+00 6.9730104E-06 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST1 -->HEMCO species ID: 49 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EMIS_DST2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_DUST/v2019-01/0.5x0.625/2017/07/dust_emissions_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EMIS_DST2 Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EMIS_DST2 -->Data type : 1 -->Container ID : 376 -->Target ID : 376 -->File data home? 1 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST2 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.4197115E-04 -->Array min & max : 0.0000000E+00 1.7514454E-05 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST2 -->HEMCO species ID: 50 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EMIS_DST3 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_DUST/v2019-01/0.5x0.625/2017/07/dust_emissions_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EMIS_DST3 Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EMIS_DST3 -->Data type : 1 -->Container ID : 377 -->Target ID : 377 -->File data home? 1 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST3 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5759934E-04 -->Array min & max : 0.0000000E+00 3.1779084E-05 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST3 -->HEMCO species ID: 51 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EMIS_DST4 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_DUST/v2019-01/0.5x0.625/2017/07/dust_emissions_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EMIS_DST4 Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EMIS_DST4 -->Data type : 1 -->Container ID : 378 -->Target ID : 378 -->File data home? 1 -->Source file : $ROOT/OFFLINE_DUST/v2019-01/0.5x0.625/$YYYY/$MM/dust_emissions_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EMIS_DST4 -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.8180235E-04 -->Array min & max : 0.0000000E+00 3.4764918E-05 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : DST4 -->HEMCO species ID: 52 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_ACET Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ACET_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_ACET -->Data type : 1 -->Container ID : 379 -->Target ID : 379 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ACET_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.4886037E-09 -->Array min & max : 0.0000000E+00 3.5108687E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ACET -->HEMCO species ID: 1 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_ALD2 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALD2_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_ALD2 -->Data type : 1 -->Container ID : 380 -->Target ID : 380 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ALD2_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3230571E-09 -->Array min & max : 0.0000000E+00 1.8979100E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ALD2 -->HEMCO species ID: 4 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_EOH Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EOH_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_EOH -->Data type : 1 -->Container ID : 382 -->Target ID : 382 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: EOH_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2651857E-09 -->Array min & max : 0.0000000E+00 1.8148960E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : EOH -->HEMCO species ID: 53 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_ISOP Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ISOP_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_ISOP -->Data type : 1 -->Container ID : 383 -->Target ID : 383 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: ISOP_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7560262E-08 -->Array min & max : 0.0000000E+00 5.2802146E-10 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : ISOP -->HEMCO species ID: 121 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_ISOP_SOAP -->Data type : 1 -->Container ID : 384 -->Target ID : 384 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: ISOP_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7560262E-08 -->Array min & max : 0.0000000E+00 5.2802146E-10 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_ISOP_SOAS -->Data type : 1 -->Container ID : 385 -->Target ID : 385 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: ISOP_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.7560262E-08 -->Array min & max : 0.0000000E+00 5.2802146E-10 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_LIMO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LIMO_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_LIMO -->Data type : 1 -->Container ID : 386 -->Target ID : 386 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: LIMO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6173552E-09 -->Array min & max : 0.0000000E+00 1.8306365E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : LIMO -->HEMCO species ID: 124 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_LIMO_SOAP -->Data type : 1 -->Container ID : 387 -->Target ID : 387 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: LIMO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6173552E-09 -->Array min & max : 0.0000000E+00 1.8306365E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_LIMO_SOAS -->Data type : 1 -->Container ID : 388 -->Target ID : 388 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: LIMO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.6173552E-09 -->Array min & max : 0.0000000E+00 1.8306365E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_MTPA Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MTPA_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_MTPA -->Data type : 1 -->Container ID : 389 -->Target ID : 389 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPA_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2114173E-08 -->Array min & max : 0.0000000E+00 1.3770553E-10 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MTPA -->HEMCO species ID: 146 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_MTPA_SOAP -->Data type : 1 -->Container ID : 390 -->Target ID : 390 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: MTPA_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2114173E-08 -->Array min & max : 0.0000000E+00 1.3770553E-10 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_MTPA_SOAS -->Data type : 1 -->Container ID : 391 -->Target ID : 391 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: MTPA_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.2114173E-08 -->Array min & max : 0.0000000E+00 1.3770553E-10 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_MTPO Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable MTPO_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_MTPO -->Data type : 1 -->Container ID : 392 -->Target ID : 392 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: MTPO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.1933333E-09 -->Array min & max : 0.0000000E+00 5.5169046E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : MTPO -->HEMCO species ID: 147 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_MTPO_SOAP -->Data type : 1 -->Container ID : 393 -->Target ID : 393 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: MTPO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.1933333E-09 -->Array min & max : 0.0000000E+00 5.5169046E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_MTPO_SOAS -->Data type : 1 -->Container ID : 394 -->Target ID : 394 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: MTPO_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.1933333E-09 -->Array min & max : 0.0000000E+00 5.5169046E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_PRPE Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRPE_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_PRPE -->Data type : 1 -->Container ID : 395 -->Target ID : 395 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: PRPE_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.9469671E-09 -->Array min & max : 0.0000000E+00 1.7425617E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : PRPE -->HEMCO species ID: 177 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: BIOGENIC_SESQ Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_BIOVOC/v2019-10/0.5x0.625/2017/07/biovoc_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SESQ_MEGAN Unit conversion settings: - Year, month : 2017 7 Data was in units of kgC/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_SESQ -->Data type : 1 -->Container ID : 396 -->Target ID : 396 -->File data home? 1 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SESQ_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5249134E-09 -->Array min & max : 0.0000000E+00 4.2963962E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SESQ -->HEMCO species ID: 205 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_SESQ_SOAP -->Data type : 1 -->Container ID : 397 -->Target ID : 397 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SESQ_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5249134E-09 -->Array min & max : 0.0000000E+00 4.2963962E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAP -->HEMCO species ID: 201 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container BIOGENIC_SESQ_SOAS -->Data type : 1 -->Container ID : 398 -->Target ID : 398 -->File data home? 0 -->Source file : $ROOT/OFFLINE_BIOVOC/v2019-10/0.5x0.625/$YYYY/$MM/biovoc_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SESQ_MEGAN -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.5249134E-09 -->Array min & max : 0.0000000E+00 4.2963962E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kgC/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SOAS -->HEMCO species ID: 202 -->Category : 4 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEASALT_SALA Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_SEASALT/v2019-01/0.5x0.625/2017/07/seasalt_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SALA_TOTAL Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_SALA -->Data type : 1 -->Container ID : 399 -->Target ID : 399 -->File data home? 1 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0904658E-08 -->Array min & max : 0.0000000E+00 6.3649329E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALA -->HEMCO species ID: 190 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_SALAAL -->Data type : 1 -->Container ID : 400 -->Target ID : 400 -->File data home? 0 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0904658E-08 -->Array min & max : 0.0000000E+00 6.3649329E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALAAL -->HEMCO species ID: 191 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_SALACL -->Data type : 1 -->Container ID : 401 -->Target ID : 401 -->File data home? 0 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0904658E-08 -->Array min & max : 0.0000000E+00 6.3649329E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALACL -->HEMCO species ID: 192 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_BrSALA -->Data type : 1 -->Container ID : 402 -->Target ID : 402 -->File data home? 0 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SALA_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.0904658E-08 -->Array min & max : 0.0000000E+00 6.3649329E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BrSALA -->HEMCO species ID: 16 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEASALT_SALC Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_SEASALT/v2019-01/0.5x0.625/2017/07/seasalt_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SALC_TOTAL Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_SALC -->Data type : 1 -->Container ID : 403 -->Target ID : 403 -->File data home? 1 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5999961E-07 -->Array min & max : 0.0000000E+00 3.8523491E-09 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALC -->HEMCO species ID: 193 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_SALCAL -->Data type : 1 -->Container ID : 404 -->Target ID : 404 -->File data home? 0 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5999961E-07 -->Array min & max : 0.0000000E+00 3.8523491E-09 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALCAL -->HEMCO species ID: 194 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_SALCCL -->Data type : 1 -->Container ID : 405 -->Target ID : 405 -->File data home? 0 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5999961E-07 -->Array min & max : 0.0000000E+00 3.8523491E-09 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : SALCCL -->HEMCO species ID: 195 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEASALT_BrSALC -->Data type : 1 -->Container ID : 406 -->Target ID : 406 -->File data home? 0 -->Source file : $ROOT/OFFLINE_SEASALT/v2019-01/0.5x0.625/$YYYY/$MM/seasalt_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? T -->Source parameter: SALC_TOTAL -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.5999961E-07 -->Array min & max : 0.0000000E+00 3.8523491E-09 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : BrSALC -->HEMCO species ID: 17 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SOILNOX_NO Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_SOILNOX/v2019-01/0.5x0.625/2017/07/soilnox_05.20170701.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201707010000.000 201707012300.000 preferred datetime: 201707010000. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201707010000. selected tidx2: 24 corresponding datetime 2: 201707012300. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SOIL_NOx Unit conversion settings: - Year, month : 2017 7 Data was in units of kg/m2/s - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SOILNOX_NO -->Data type : 1 -->Container ID : 407 -->Target ID : 407 -->File data home? 1 -->Source file : $ROOT/OFFLINE_SOILNOX/v2019-01/0.5x0.625/$YYYY/$MM/soilnox_05.$YYYY$MM$DD.nc -->ncRead? T -->Shared data file? F -->Source parameter: SOIL_NOx -->Year range : 1980 2017 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1506735E-09 -->Array min & max : 0.0000000E+00 5.1237115E-11 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : kg/m2/s -->Concentration? F -->Coverage : -999 -->Extension Nr : 0 -->Species name : NO -->HEMCO species ID: 161 -->Category : 3 -->Hierarchy : 2 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: ALBEDO Parsing source file and replacing tokens Adjusted time stamp of field ALBEDO Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field ALBEDO Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable ALBEDO Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container ALBEDO -->Data type : 1 -->Container ID : 454 -->Target ID : 454 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: ALBEDO -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 906.5752 -->Array min & max : 6.5005489E-02 0.8500001 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLDTOT Parsing source file and replacing tokens Adjusted time stamp of field CLDTOT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field CLDTOT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CLDTOT Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLDTOT -->Data type : 1 -->Container ID : 455 -->Target ID : 455 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: CLDTOT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2149.131 -->Array min & max : 0.0000000E+00 0.9999742 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EFLUX Parsing source file and replacing tokens Adjusted time stamp of field EFLUX Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field EFLUX Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EFLUX HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: W m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EFLUX -->Data type : 1 -->Container ID : 456 -->Target ID : 456 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: EFLUX -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 211638.5 -->Array min & max : -44.25432 347.0170 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: EVAP Parsing source file and replacing tokens Adjusted time stamp of field EVAP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field EVAP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable EVAP HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container EVAP -->Data type : 1 -->Container ID : 457 -->Target ID : 457 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: EVAP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 8.5749641E-02 -->Array min & max : -1.7922570E-05 1.4068789E-04 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FRSEAICE Parsing source file and replacing tokens Adjusted time stamp of field FRSEAICE Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field FRSEAICE Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable FRSEAICE Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FRSEAICE -->Data type : 1 -->Container ID : 458 -->Target ID : 458 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRSEAICE -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 370.3681 -->Array min & max : 0.0000000E+00 0.9999537 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FRSNO Parsing source file and replacing tokens Adjusted time stamp of field FRSNO Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field FRSNO Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable FRSNO Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FRSNO -->Data type : 1 -->Container ID : 459 -->Target ID : 459 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: FRSNO -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.757484 -->Array min & max : 0.0000000E+00 0.4676852 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GRN Parsing source file and replacing tokens Adjusted time stamp of field GRN Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field GRN Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable GRN Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GRN -->Data type : 1 -->Container ID : 460 -->Target ID : 460 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: GRN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 690.2136 -->Array min & max : 0.0000000E+00 0.9879432 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GWETROOT Parsing source file and replacing tokens Adjusted time stamp of field GWETROOT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field GWETROOT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable GWETROOT Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GWETROOT -->Data type : 1 -->Container ID : 461 -->Target ID : 461 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: GWETROOT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 569.5479 -->Array min & max : 0.0000000E+00 0.9791876 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: GWETTOP Parsing source file and replacing tokens Adjusted time stamp of field GWETTOP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field GWETTOP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable GWETTOP Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container GWETTOP -->Data type : 1 -->Container ID : 462 -->Target ID : 462 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: GWETTOP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2949.769 -->Array min & max : 3.9569180E-02 1.000000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: HFLUX Parsing source file and replacing tokens Adjusted time stamp of field HFLUX Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field HFLUX Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable HFLUX HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: W m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container HFLUX -->Data type : 1 -->Container ID : 463 -->Target ID : 463 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: HFLUX -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 25420.08 -->Array min & max : -82.60559 237.6777 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LAI Parsing source file and replacing tokens Adjusted time stamp of field LAI Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field LAI Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LAI Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LAI -->Data type : 1 -->Container ID : 464 -->Target ID : 464 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: LAI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1549.169 -->Array min & max : 0.0000000E+00 7.069382 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LWI Parsing source file and replacing tokens Adjusted time stamp of field LWI Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field LWI Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LWI Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LWI -->Data type : 1 -->Container ID : 465 -->Target ID : 465 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: LWI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2043.000 -->Array min & max : 0.0000000E+00 2.000000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LWGNT Parsing source file and replacing tokens Adjusted time stamp of field LWGNT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field LWGNT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LWGNT HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: W m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container LWGNT -->Data type : 1 -->Container ID : 466 -->Target ID : 466 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: LWGNT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 496.4429 -->Array min & max : 0.0000000E+00 32.58656 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PARDF Parsing source file and replacing tokens Adjusted time stamp of field PARDF Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PARDF Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PARDF HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: W m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PARDF -->Data type : 1 -->Container ID : 467 -->Target ID : 467 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PARDF -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 28630.76 -->Array min & max : 0.0000000E+00 112.9444 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PARDR Parsing source file and replacing tokens Adjusted time stamp of field PARDR Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PARDR Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PARDR HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: W m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PARDR -->Data type : 1 -->Container ID : 468 -->Target ID : 468 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PARDR -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 39736.12 -->Array min & max : 0.0000000E+00 228.5454 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PBLH Parsing source file and replacing tokens Adjusted time stamp of field PBLH Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PBLH Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PBLH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PBLH -->Data type : 1 -->Container ID : 469 -->Target ID : 469 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PBLH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2416622. -->Array min & max : 47.26820 4511.387 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PRECANV Parsing source file and replacing tokens Adjusted time stamp of field PRECANV Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PRECANV Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRECANV HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PRECANV -->Data type : 1 -->Container ID : 470 -->Target ID : 470 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECANV -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.6853841E-03 -->Array min & max : 0.0000000E+00 1.0806221E-04 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PRECCON Parsing source file and replacing tokens Adjusted time stamp of field PRECCON Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PRECCON Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRECCON HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PRECCON -->Data type : 1 -->Container ID : 471 -->Target ID : 471 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECCON -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.0082122E-02 -->Array min & max : 0.0000000E+00 1.9624674E-04 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PRECLSC Parsing source file and replacing tokens Adjusted time stamp of field PRECLSC Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PRECLSC Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRECLSC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PRECLSC -->Data type : 1 -->Container ID : 472 -->Target ID : 472 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECLSC -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.9095403E-02 -->Array min & max : 0.0000000E+00 9.2711532E-04 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PRECSNO Parsing source file and replacing tokens Adjusted time stamp of field PRECSNO Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PRECSNO Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRECSNO HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PRECSNO -->Data type : 1 -->Container ID : 473 -->Target ID : 473 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECSNO -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.1819015E-02 -->Array min & max : 0.0000000E+00 3.0605347E-04 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PRECTOT Parsing source file and replacing tokens Adjusted time stamp of field PRECTOT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field PRECTOT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PRECTOT HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PRECTOT -->Data type : 1 -->Container ID : 474 -->Target ID : 474 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PRECTOT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.8862216E-02 -->Array min & max : 0.0000000E+00 1.2174427E-03 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE00 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE00 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE00 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE00 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE00 -->Data type : 1 -->Container ID : 475 -->Target ID : 475 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE00 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2836.000 -->Array min & max : 0.0000000E+00 0.9999999 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE10 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE10 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE10 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE10 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE10 -->Data type : 1 -->Container ID : 476 -->Target ID : 476 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE10 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 24.68750 -->Array min & max : 0.0000000E+00 0.4921875 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE20 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE20 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE20 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE20 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE20 -->Data type : 1 -->Container ID : 477 -->Target ID : 477 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE20 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 19.96875 -->Array min & max : 0.0000000E+00 0.2734375 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE30 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE30 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE30 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE30 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE30 -->Data type : 1 -->Container ID : 478 -->Target ID : 478 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE30 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 18.03125 -->Array min & max : 0.0000000E+00 0.3398437 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE40 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE40 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE40 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE40 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE40 -->Data type : 1 -->Container ID : 479 -->Target ID : 479 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE40 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 19.50000 -->Array min & max : 0.0000000E+00 0.4687500 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE50 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE50 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE50 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE50 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE50 -->Data type : 1 -->Container ID : 480 -->Target ID : 480 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE50 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 20.04687 -->Array min & max : 0.0000000E+00 0.5000000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE60 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE60 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE60 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE60 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE60 -->Data type : 1 -->Container ID : 481 -->Target ID : 481 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE60 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 21.56250 -->Array min & max : 0.0000000E+00 0.5507812 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE70 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE70 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE70 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE70 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE70 -->Data type : 1 -->Container ID : 482 -->Target ID : 482 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE70 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 30.40625 -->Array min & max : 0.0000000E+00 0.9023437 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE80 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE80 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE80 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE80 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE80 -->Data type : 1 -->Container ID : 483 -->Target ID : 483 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE80 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 102.0000 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SEAICE90 Parsing source file and replacing tokens Adjusted time stamp of field SEAICE90 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SEAICE90 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SEAICE90 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SEAICE90 -->Data type : 1 -->Container ID : 484 -->Target ID : 484 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SEAICE90 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 219.7969 -->Array min & max : 0.0000000E+00 1.000000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SLP Parsing source file and replacing tokens Adjusted time stamp of field SLP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SLP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SLP Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SLP -->Data type : 1 -->Container ID : 485 -->Target ID : 485 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SLP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.3402518E+08 -->Array min & max : 95005.59 104100.4 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SNODP Parsing source file and replacing tokens Adjusted time stamp of field SNODP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SNODP Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SNODP Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SNODP -->Data type : 1 -->Container ID : 486 -->Target ID : 486 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SNODP -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 13.89466 -->Array min & max : 0.0000000E+00 0.5136675 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SNOMAS Parsing source file and replacing tokens Adjusted time stamp of field SNOMAS Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SNOMAS Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SNOMAS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SNOMAS -->Data type : 1 -->Container ID : 487 -->Target ID : 487 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SNOMAS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1827280. -->Array min & max : 0.0000000E+00 4000.000 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SWGDN Parsing source file and replacing tokens Adjusted time stamp of field SWGDN Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field SWGDN Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable SWGDN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: W m-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SWGDN -->Data type : 1 -->Container ID : 488 -->Target ID : 488 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: SWGDN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 516895.2 -->Array min & max : 0.0000000E+00 959.6949 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TO3 Parsing source file and replacing tokens Adjusted time stamp of field TO3 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field TO3 Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TO3 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TO3 -->Data type : 1 -->Container ID : 489 -->Target ID : 489 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TO3 -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 979498.1 -->Array min & max : 225.4107 392.1949 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TROPPT Parsing source file and replacing tokens Adjusted time stamp of field TROPPT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field TROPPT Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TROPPT Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TROPPT -->Data type : 1 -->Container ID : 490 -->Target ID : 490 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TROPPT -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.2800388E+07 -->Array min & max : 8544.264 41741.02 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TS Parsing source file and replacing tokens Adjusted time stamp of field TS Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field TS Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable TS Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TS -->Data type : 1 -->Container ID : 491 -->Target ID : 491 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 927906.9 -->Array min & max : 203.8244 312.1866 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: T2M Parsing source file and replacing tokens Adjusted time stamp of field T2M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field T2M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable T2M Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container T2M -->Data type : 1 -->Container ID : 492 -->Target ID : 492 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: T2M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 927491.1 -->Array min & max : 210.3810 309.4971 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: U10M Parsing source file and replacing tokens Adjusted time stamp of field U10M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field U10M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable U10M HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: m s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container U10M -->Data type : 1 -->Container ID : 493 -->Target ID : 493 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: U10M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : -1131.073 -->Array min & max : -16.49979 16.43267 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: USTAR Parsing source file and replacing tokens Adjusted time stamp of field USTAR Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field USTAR Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable USTAR HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: m s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container USTAR -->Data type : 1 -->Container ID : 494 -->Target ID : 494 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: USTAR -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 990.1937 -->Array min & max : 2.2979170E-02 0.9523578 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: V10M Parsing source file and replacing tokens Adjusted time stamp of field V10M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field V10M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable V10M HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: m s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container V10M -->Data type : 1 -->Container ID : 495 -->Target ID : 495 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: V10M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1248.251 -->Array min & max : -16.17817 18.12432 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: Z0M Parsing source file and replacing tokens Adjusted time stamp of field Z0M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A1.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 24 Time slice range : 201907010030.000 201907012330.000 Adjusted time stamp of field Z0M Time shift (YMDhms): 0 0 0 0 30 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:30 preferred datetime: 201907010030. Data is hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010030. selected tidx2: 24 corresponding datetime 2: 201907012330. assigned delta t [h]: 1 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable Z0M Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container Z0M -->Data type : 1 -->Container ID : 496 -->Target ID : 496 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A1.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: Z0M -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 548.8574 -->Array min & max : 4.3486139E-05 4.538169 -->Time dimension : 24 -->Delta t[h] : 1 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CLOUD Parsing source file and replacing tokens Adjusted time stamp of field CLOUD Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field CLOUD Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable CLOUD Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: CLOUD # of input levels = # of output levels - passed as is. Did vertical regridding for CLOUD: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CLOUD -->Data type : 1 -->Container ID : 497 -->Target ID : 497 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: CLOUD -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 11500.62 -->Array min & max : 0.0000000E+00 0.9927244 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: OPTDEPTH Parsing source file and replacing tokens Adjusted time stamp of field OPTDEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field OPTDEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable OPTDEPTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: OPTDEPTH # of input levels = # of output levels - passed as is. Did vertical regridding for OPTDEPTH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container OPTDEPTH -->Data type : 1 -->Container ID : 498 -->Target ID : 498 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: OPTDEPTH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 130008.4 -->Array min & max : 0.0000000E+00 36.13889 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: QI Parsing source file and replacing tokens Adjusted time stamp of field QI Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field QI Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable QI HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: QI # of input levels = # of output levels - passed as is. Did vertical regridding for QI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container QI -->Data type : 1 -->Container ID : 499 -->Target ID : 499 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 0.1992070 -->Array min & max : -1.0019585E-21 2.3342723E-04 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: QL Parsing source file and replacing tokens Adjusted time stamp of field QL Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field QL Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable QL HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: QL # of input levels = # of output levels - passed as is. Did vertical regridding for QL: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container QL -->Data type : 1 -->Container ID : 500 -->Target ID : 500 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QL -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.213770 -->Array min & max : -1.0852267E-21 3.1692948E-04 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TAUCLI Parsing source file and replacing tokens Adjusted time stamp of field TAUCLI Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field TAUCLI Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable TAUCLI Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: TAUCLI # of input levels = # of output levels - passed as is. Did vertical regridding for TAUCLI: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TAUCLI -->Data type : 1 -->Container ID : 501 -->Target ID : 501 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TAUCLI -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 11658.44 -->Array min & max : 0.0000000E+00 14.59014 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TAUCLW Parsing source file and replacing tokens Adjusted time stamp of field TAUCLW Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3cld.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field TAUCLW Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable TAUCLW Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: TAUCLW # of input levels = # of output levels - passed as is. Did vertical regridding for TAUCLW: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TAUCLW -->Data type : 1 -->Container ID : 502 -->Target ID : 502 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3cld.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: TAUCLW -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 118939.0 -->Array min & max : 0.0000000E+00 35.91256 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: DTRAIN Parsing source file and replacing tokens Adjusted time stamp of field DTRAIN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field DTRAIN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable DTRAIN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: DTRAIN # of input levels = # of output levels - passed as is. Did vertical regridding for DTRAIN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DTRAIN -->Data type : 1 -->Container ID : 503 -->Target ID : 503 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: DTRAIN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 24.98347 -->Array min & max : 0.0000000E+00 2.5750741E-02 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: OMEGA Parsing source file and replacing tokens Adjusted time stamp of field OMEGA Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field OMEGA Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable OMEGA HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: Pa s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: OMEGA # of input levels = # of output levels - passed as is. Did vertical regridding for OMEGA: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container OMEGA -->Data type : 1 -->Container ID : 504 -->Target ID : 504 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: OMEGA -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 70.03532 -->Array min & max : -1.071515 1.144122 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: RH Parsing source file and replacing tokens Adjusted time stamp of field RH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field RH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable RH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: RH # of input levels = # of output levels - passed as is. Did vertical regridding for RH: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container RH -->Data type : 1 -->Container ID : 505 -->Target ID : 505 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: RH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 74083.91 -->Array min & max : 1.2167102E-06 1.010181 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: U Parsing source file and replacing tokens Adjusted time stamp of field U Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field U Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable U HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: m s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: U # of input levels = # of output levels - passed as is. Did vertical regridding for U: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container U -->Data type : 1 -->Container ID : 506 -->Target ID : 506 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: U -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1247294. -->Array min & max : -105.7625 180.1807 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: V Parsing source file and replacing tokens Adjusted time stamp of field V Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field V Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable V HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: m s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3dyn.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: V # of input levels = # of output levels - passed as is. Did vertical regridding for V: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container V -->Data type : 1 -->Container ID : 507 -->Target ID : 507 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3dyn.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: V -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : -104421.8 -->Array min & max : -119.7124 98.13818 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: DQRCU Parsing source file and replacing tokens Adjusted time stamp of field DQRCU Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field DQRCU Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable DQRCU HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: DQRCU # of input levels = # of output levels - passed as is. Did vertical regridding for DQRCU: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DQRCU -->Data type : 1 -->Container ID : 508 -->Target ID : 508 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: DQRCU -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 8.2090184E-05 -->Array min & max : -3.4640665E-23 3.5240333E-08 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: DQRLSAN Parsing source file and replacing tokens Adjusted time stamp of field DQRLSAN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field DQRLSAN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable DQRLSAN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: DQRLSAN # of input levels = # of output levels - passed as is. Did vertical regridding for DQRLSAN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DQRLSAN -->Data type : 1 -->Container ID : 509 -->Target ID : 509 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: DQRLSAN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.6410190E-04 -->Array min & max : -7.7134198E-22 2.5893894E-07 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: REEVAPCN Parsing source file and replacing tokens Adjusted time stamp of field REEVAPCN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field REEVAPCN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable REEVAPCN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: REEVAPCN # of input levels = # of output levels - passed as is. Did vertical regridding for REEVAPCN: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container REEVAPCN -->Data type : 1 -->Container ID : 510 -->Target ID : 510 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: REEVAPCN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3.4689569E-05 -->Array min & max : -1.4399245E-22 1.8200447E-08 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: REEVAPLS Parsing source file and replacing tokens Adjusted time stamp of field REEVAPLS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field REEVAPLS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable REEVAPLS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstC.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: REEVAPLS # of input levels = # of output levels - passed as is. Did vertical regridding for REEVAPLS: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container REEVAPLS -->Data type : 1 -->Container ID : 511 -->Target ID : 511 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstC.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: REEVAPLS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 2.2357980E-04 -->Array min & max : -9.0823078E-22 8.0725627E-08 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CMFMC Parsing source file and replacing tokens Adjusted time stamp of field CMFMC Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field CMFMC Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 73 Reading variable CMFMC HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-2. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: CMFMC # of input levels = # of output levels - passed as is. Did vertical regridding for CMFMC: Number of original levels: 73 Number of output levels: 73 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CMFMC -->Data type : 1 -->Container ID : 512 -->Target ID : 512 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: CMFMC -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 73 -->Array sum : 133.1977 -->Array min & max : 0.0000000E+00 4.2033106E-02 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PFICU Parsing source file and replacing tokens Adjusted time stamp of field PFICU Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field PFICU Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 73 Reading variable PFICU HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: PFICU # of input levels = # of output levels - passed as is. Did vertical regridding for PFICU: Number of original levels: 73 Number of output levels: 73 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PFICU -->Data type : 1 -->Container ID : 513 -->Target ID : 513 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFICU -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 73 -->Array sum : 7.0593685E-02 -->Array min & max : -5.2253664E-17 8.3053157E-05 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PFILSAN Parsing source file and replacing tokens Adjusted time stamp of field PFILSAN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field PFILSAN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 73 Reading variable PFILSAN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: PFILSAN # of input levels = # of output levels - passed as is. Did vertical regridding for PFILSAN: Number of original levels: 73 Number of output levels: 73 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PFILSAN -->Data type : 1 -->Container ID : 514 -->Target ID : 514 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFILSAN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 73 -->Array sum : 0.7279931 -->Array min & max : -7.7346178E-22 7.5344479E-04 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PFLCU Parsing source file and replacing tokens Adjusted time stamp of field PFLCU Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field PFLCU Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 73 Reading variable PFLCU HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: PFLCU # of input levels = # of output levels - passed as is. Did vertical regridding for PFLCU: Number of original levels: 73 Number of output levels: 73 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PFLCU -->Data type : 1 -->Container ID : 515 -->Target ID : 515 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFLCU -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 73 -->Array sum : 0.3385975 -->Array min & max : -5.2236833E-17 2.1245064E-04 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PFLLSAN Parsing source file and replacing tokens Adjusted time stamp of field PFLLSAN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010130.000 201907012230.000 Adjusted time stamp of field PFLLSAN Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010130. selected tidx2: 8 corresponding datetime 2: 201907012230. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 73 Reading variable PFLLSAN HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg m-2 s-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.A3mstE.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: PFLLSAN # of input levels = # of output levels - passed as is. Did vertical regridding for PFLLSAN: Number of original levels: 73 Number of output levels: 73 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PFLLSAN -->Data type : 1 -->Container ID : 516 -->Target ID : 516 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.A3mstE.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PFLLSAN -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 73 -->Array sum : 0.9190469 -->Array min & max : -8.9168141E-22 1.0971125E-03 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PS Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.I3.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010000.000 201907012100.000 preferred datetime: 201907010000. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010000. selected tidx2: 8 corresponding datetime 2: 201907012100. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PS Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PS -->Data type : 1 -->Container ID : 517 -->Target ID : 517 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1957686E+08 -->Array min & max : 54652.93 104070.6 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPHU Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.I3.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010000.000 201907012100.000 preferred datetime: 201907010000. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010000. selected tidx2: 8 corresponding datetime 2: 201907012100. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable QV HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.I3.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPHU # of input levels = # of output levels - passed as is. Did vertical regridding for SPHU: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPHU -->Data type : 1 -->Container ID : 518 -->Target ID : 518 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QV -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 370.7194 -->Array min & max : 1.1471498E-06 2.1891642E-02 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TMPU Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190701.I3.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907010000.000 201907012100.000 preferred datetime: 201907010000. Data is 3-hourly. Entire day will be read. selected tidx1: 1 corresponding datetime 1: 201907010000. selected tidx2: 8 corresponding datetime 2: 201907012100. assigned delta t [h]: 3 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable T Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: TMPU # of input levels = # of output levels - passed as is. Did vertical regridding for TMPU: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TMPU -->Data type : 1 -->Container ID : 519 -->Target ID : 519 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: T -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : -1 -1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7835356E+07 -->Array min & max : 160.1745 313.3420 -->Time dimension : 8 -->Delta t[h] : 3 -->Local time? F -->Tempres : Hourly_Grid -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PS_NEXTDAY Parsing source file and replacing tokens Adjusted time stamp of field PS_NEXTDAY Time shift (YMDhms): 0 0 1 0 0 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/02-00:00 Opening file: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190702.I3.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907020000.000 201907022100.000 Adjusted time stamp of field PS_NEXTDAY Time shift (YMDhms): 0 0 1 0 0 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/02-00:00 preferred datetime: 201907020000. selected tidx1: 1 corresponding datetime 1: 201907020000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable PS Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PS_NEXTDAY -->Data type : 1 -->Container ID : 520 -->Target ID : 520 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: PS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 1 1 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1953363E+08 -->Array min & max : 54742.04 104203.1 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPHU_NEXTDAY Parsing source file and replacing tokens Adjusted time stamp of field SPHU_NEXTDAY Time shift (YMDhms): 0 0 1 0 0 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/02-00:00 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190702.I3.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907020000.000 201907022100.000 Adjusted time stamp of field SPHU_NEXTDAY Time shift (YMDhms): 0 0 1 0 0 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/02-00:00 preferred datetime: 201907020000. selected tidx1: 1 corresponding datetime 1: 201907020000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable QV HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: kg kg-1. File: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190702.I3.4x5.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPHU_NEXTDAY # of input levels = # of output levels - passed as is. Did vertical regridding for SPHU_NEXTDAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPHU_NEXTDAY -->Data type : 1 -->Container ID : 521 -->Target ID : 521 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: QV -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 1 1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 372.2031 -->Array min & max : 1.1426143E-06 2.1627093E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TMPU_NEXTDAY Parsing source file and replacing tokens Adjusted time stamp of field TMPU_NEXTDAY Time shift (YMDhms): 0 0 1 0 0 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/02-00:00 Reading from existing stream: /work/psk9/Data/ExtData/GEOS_4x5/MERRA2/2019/07/MERRA2.20190702.I3.4x5.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 8 Time slice range : 201907020000.000 201907022100.000 Adjusted time stamp of field TMPU_NEXTDAY Time shift (YMDhms): 0 0 1 0 0 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/02-00:00 preferred datetime: 201907020000. selected tidx1: 1 corresponding datetime 1: 201907020000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable T Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: TMPU_NEXTDAY # of input levels = # of output levels - passed as is. Did vertical regridding for TMPU_NEXTDAY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TMPU_NEXTDAY -->Data type : 1 -->Container ID : 522 -->Target ID : 522 -->File data home? 1 -->Source file : $METDIR/$YYYY/$MM/$MET.$YYYY$MM$DD.I3.$RES.$NC -->ncRead? T -->Shared data file? F -->Source parameter: T -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 1 1 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7835576E+07 -->Array min & max : 161.2013 313.2529 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI00 Parsing source file and replacing tokens Opening file: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI00 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI00 -->Data type : 1 -->Container ID : 1139 -->Target ID : 1139 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI00 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 27.34286 -->Array min & max : 0.0000000E+00 0.3796128 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI01 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI01 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI01 -->Data type : 1 -->Container ID : 1140 -->Target ID : 1140 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI01 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.2050554 -->Array min & max : 0.0000000E+00 2.1296918E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI02 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI02 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI02 -->Data type : 1 -->Container ID : 1141 -->Target ID : 1141 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI02 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 17.94203 -->Array min & max : 0.0000000E+00 1.259648 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI03 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI03 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI03 -->Data type : 1 -->Container ID : 1142 -->Target ID : 1142 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI03 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.3090805 -->Array min & max : 0.0000000E+00 0.2077969 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI04 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI04 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI04 -->Data type : 1 -->Container ID : 1143 -->Target ID : 1143 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI04 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 49.84427 -->Array min & max : 0.0000000E+00 3.101094 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI05 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI05 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI05 -->Data type : 1 -->Container ID : 1144 -->Target ID : 1144 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI05 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.426336 -->Array min & max : 0.0000000E+00 0.8851836 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI06 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI06 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI06 -->Data type : 1 -->Container ID : 1145 -->Target ID : 1145 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI06 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.176754 -->Array min & max : 0.0000000E+00 0.9545240 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI07 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI07 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI07 -->Data type : 1 -->Container ID : 1146 -->Target ID : 1146 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI07 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.4848108 -->Array min & max : 0.0000000E+00 0.4681710 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI08 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI08 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI08 -->Data type : 1 -->Container ID : 1147 -->Target ID : 1147 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI08 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.489369 -->Array min & max : 0.0000000E+00 8.8807009E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI09 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI09 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI09 -->Data type : 1 -->Container ID : 1148 -->Target ID : 1148 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI09 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 37.79649 -->Array min & max : 0.0000000E+00 1.549422 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI10 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI10 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI10 -->Data type : 1 -->Container ID : 1149 -->Target ID : 1149 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI10 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.5395238 -->Array min & max : 0.0000000E+00 0.1396203 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI11 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI11 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI11 -->Data type : 1 -->Container ID : 1150 -->Target ID : 1150 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI11 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.519520 -->Array min & max : 0.0000000E+00 0.1723763 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI12 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI12 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI12 -->Data type : 1 -->Container ID : 1151 -->Target ID : 1151 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI12 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.3332376 -->Array min & max : 0.0000000E+00 3.8898930E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI13 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI13 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI13 -->Data type : 1 -->Container ID : 1152 -->Target ID : 1152 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI13 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.3262487 -->Array min & max : 0.0000000E+00 7.9783633E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI14 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI14 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI14 -->Data type : 1 -->Container ID : 1153 -->Target ID : 1153 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI14 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI15 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI15 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI15 -->Data type : 1 -->Container ID : 1154 -->Target ID : 1154 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI15 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI16 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI16 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI16 -->Data type : 1 -->Container ID : 1155 -->Target ID : 1155 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI16 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.900246 -->Array min & max : 0.0000000E+00 0.5936272 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI17 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI17 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI17 -->Data type : 1 -->Container ID : 1156 -->Target ID : 1156 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI17 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI18 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI18 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI18 -->Data type : 1 -->Container ID : 1157 -->Target ID : 1157 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI18 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 15.44518 -->Array min & max : 0.0000000E+00 1.463332 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI19 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI19 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI19 -->Data type : 1 -->Container ID : 1158 -->Target ID : 1158 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI19 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 18.59047 -->Array min & max : 0.0000000E+00 2.741273 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI20 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI20 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI20 -->Data type : 1 -->Container ID : 1159 -->Target ID : 1159 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI20 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.589758 -->Array min & max : 0.0000000E+00 0.6418909 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI21 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI21 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI21 -->Data type : 1 -->Container ID : 1160 -->Target ID : 1160 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI21 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 67.42040 -->Array min & max : 0.0000000E+00 2.390440 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI22 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI22 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI22 -->Data type : 1 -->Container ID : 1161 -->Target ID : 1161 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI22 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 21.07007 -->Array min & max : 0.0000000E+00 2.006599 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI23 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI23 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI23 -->Data type : 1 -->Container ID : 1162 -->Target ID : 1162 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI23 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 78.72900 -->Array min & max : 0.0000000E+00 2.734515 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI24 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI24 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI24 -->Data type : 1 -->Container ID : 1163 -->Target ID : 1163 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI24 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 18.29575 -->Array min & max : 0.0000000E+00 1.893012 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI25 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI25 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI25 -->Data type : 1 -->Container ID : 1164 -->Target ID : 1164 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI25 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 17.99947 -->Array min & max : 0.0000000E+00 3.488430 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI26 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI26 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI26 -->Data type : 1 -->Container ID : 1165 -->Target ID : 1165 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI26 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 10.98167 -->Array min & max : 0.0000000E+00 1.185614 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI27 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI27 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI27 -->Data type : 1 -->Container ID : 1166 -->Target ID : 1166 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI27 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 13.88136 -->Array min & max : 0.0000000E+00 2.276034 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI28 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI28 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI28 -->Data type : 1 -->Container ID : 1167 -->Target ID : 1167 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI28 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.847284 -->Array min & max : 0.0000000E+00 0.2498382 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI29 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI29 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI29 -->Data type : 1 -->Container ID : 1168 -->Target ID : 1168 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI29 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 23.37297 -->Array min & max : 0.0000000E+00 3.315191 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI30 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI30 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI30 -->Data type : 1 -->Container ID : 1169 -->Target ID : 1169 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI30 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 16.92412 -->Array min & max : 0.0000000E+00 1.937121 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI31 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI31 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI31 -->Data type : 1 -->Container ID : 1170 -->Target ID : 1170 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI31 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 34.18282 -->Array min & max : 0.0000000E+00 1.650238 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI32 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI32 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI32 -->Data type : 1 -->Container ID : 1171 -->Target ID : 1171 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI32 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 10.67211 -->Array min & max : 0.0000000E+00 0.7480028 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI33 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI33 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI33 -->Data type : 1 -->Container ID : 1172 -->Target ID : 1172 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI33 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 192.7739 -->Array min & max : 0.0000000E+00 6.139088 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI34 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI34 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI34 -->Data type : 1 -->Container ID : 1173 -->Target ID : 1173 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI34 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 4.273403 -->Array min & max : 0.0000000E+00 0.8018794 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI35 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI35 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI35 -->Data type : 1 -->Container ID : 1174 -->Target ID : 1174 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI35 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 7.859811 -->Array min & max : 0.0000000E+00 1.614434 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI36 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI36 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI36 -->Data type : 1 -->Container ID : 1175 -->Target ID : 1175 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI36 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 18.33854 -->Array min & max : 0.0000000E+00 1.278509 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI37 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI37 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI37 -->Data type : 1 -->Container ID : 1176 -->Target ID : 1176 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI37 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.291276 -->Array min & max : 0.0000000E+00 0.1313700 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI38 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI38 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI38 -->Data type : 1 -->Container ID : 1177 -->Target ID : 1177 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI38 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.277412 -->Array min & max : 0.0000000E+00 0.1420258 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI39 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI39 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI39 -->Data type : 1 -->Container ID : 1178 -->Target ID : 1178 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI39 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI40 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI40 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI40 -->Data type : 1 -->Container ID : 1179 -->Target ID : 1179 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI40 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.336990 -->Array min & max : 0.0000000E+00 0.6209731 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI41 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI41 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI41 -->Data type : 1 -->Container ID : 1180 -->Target ID : 1180 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI41 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 94.05768 -->Array min & max : 0.0000000E+00 2.269724 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI42 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI42 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI42 -->Data type : 1 -->Container ID : 1181 -->Target ID : 1181 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI42 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 13.51083 -->Array min & max : 0.0000000E+00 1.515554 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI43 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI43 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI43 -->Data type : 1 -->Container ID : 1182 -->Target ID : 1182 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI43 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 101.0120 -->Array min & max : 0.0000000E+00 3.193680 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI44 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI44 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI44 -->Data type : 1 -->Container ID : 1183 -->Target ID : 1183 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI44 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 11.29447 -->Array min & max : 0.0000000E+00 1.601424 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI45 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI45 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI45 -->Data type : 1 -->Container ID : 1184 -->Target ID : 1184 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI45 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.7462946 -->Array min & max : 0.0000000E+00 0.1921634 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI46 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI46 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI46 -->Data type : 1 -->Container ID : 1185 -->Target ID : 1185 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI46 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.469280 -->Array min & max : 0.0000000E+00 0.1779053 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI47 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI47 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI47 -->Data type : 1 -->Container ID : 1186 -->Target ID : 1186 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI47 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 5.343018 -->Array min & max : 0.0000000E+00 0.3817132 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI48 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI48 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI48 -->Data type : 1 -->Container ID : 1187 -->Target ID : 1187 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI48 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI49 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI49 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI49 -->Data type : 1 -->Container ID : 1188 -->Target ID : 1188 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI49 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI50 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI50 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI50 -->Data type : 1 -->Container ID : 1189 -->Target ID : 1189 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI50 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.1306501E-02 -->Array min & max : 0.0000000E+00 1.2028949E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI51 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI51 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI51 -->Data type : 1 -->Container ID : 1190 -->Target ID : 1190 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI51 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9.043769 -->Array min & max : 0.0000000E+00 0.2068591 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI52 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI52 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI52 -->Data type : 1 -->Container ID : 1191 -->Target ID : 1191 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI52 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.951646 -->Array min & max : 0.0000000E+00 0.3638222 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI53 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI53 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI53 -->Data type : 1 -->Container ID : 1192 -->Target ID : 1192 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI53 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 6.027539 -->Array min & max : 0.0000000E+00 0.2485871 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI54 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI54 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI54 -->Data type : 1 -->Container ID : 1193 -->Target ID : 1193 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI54 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.064697 -->Array min & max : 0.0000000E+00 0.4824446 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI55 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI55 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI55 -->Data type : 1 -->Container ID : 1194 -->Target ID : 1194 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI55 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 10.07209 -->Array min & max : 0.0000000E+00 1.564891 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI56 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI56 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI56 -->Data type : 1 -->Container ID : 1195 -->Target ID : 1195 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI56 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 14.89823 -->Array min & max : 0.0000000E+00 1.240938 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI57 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI57 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI57 -->Data type : 1 -->Container ID : 1196 -->Target ID : 1196 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI57 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 16.81869 -->Array min & max : 0.0000000E+00 1.535105 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI58 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI58 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI58 -->Data type : 1 -->Container ID : 1197 -->Target ID : 1197 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI58 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 18.28502 -->Array min & max : 0.0000000E+00 0.8374650 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI59 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI59 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI59 -->Data type : 1 -->Container ID : 1198 -->Target ID : 1198 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI59 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.074770 -->Array min & max : 0.0000000E+00 0.2270839 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI60 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI60 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI60 -->Data type : 1 -->Container ID : 1199 -->Target ID : 1199 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI60 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 43.77228 -->Array min & max : 0.0000000E+00 2.548930 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI61 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI61 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI61 -->Data type : 1 -->Container ID : 1200 -->Target ID : 1200 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI61 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 36.09278 -->Array min & max : 0.0000000E+00 2.171917 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI62 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI62 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI62 -->Data type : 1 -->Container ID : 1201 -->Target ID : 1201 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI62 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 32.49113 -->Array min & max : 0.0000000E+00 2.263785 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI63 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI63 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI63 -->Data type : 1 -->Container ID : 1202 -->Target ID : 1202 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI63 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 43.04532 -->Array min & max : 0.0000000E+00 1.499019 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI64 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI64 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI64 -->Data type : 1 -->Container ID : 1203 -->Target ID : 1203 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI64 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.320031 -->Array min & max : 0.0000000E+00 0.2830154 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI65 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI65 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI65 -->Data type : 1 -->Container ID : 1204 -->Target ID : 1204 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI65 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI66 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI66 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI66 -->Data type : 1 -->Container ID : 1205 -->Target ID : 1205 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI66 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI67 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI67 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI67 -->Data type : 1 -->Container ID : 1206 -->Target ID : 1206 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI67 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI68 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI68 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI68 -->Data type : 1 -->Container ID : 1207 -->Target ID : 1207 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI68 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI69 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI69 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI69 -->Data type : 1 -->Container ID : 1208 -->Target ID : 1208 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI69 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.1441286E-02 -->Array min & max : 0.0000000E+00 3.3427954E-03 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI70 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI70 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI70 -->Data type : 1 -->Container ID : 1209 -->Target ID : 1209 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI70 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI71 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI71 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI71 -->Data type : 1 -->Container ID : 1210 -->Target ID : 1210 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI71 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.0000000E+00 -->Array min & max : 0.0000000E+00 0.0000000E+00 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: XLAI72 Parsing source file and replacing tokens Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.2016.nc HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 46 Time slice range : 201601020000.000 201612270000.000 preferred datetime: 201607010000. selected tidx1: 23 corresponding datetime 1: 201606260000. weight1: 0.3750000 selected tidx2: 24 corresponding datetime 2: 201607040000. weight2: 0.6250000 assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable XLAI72 Unit conversion settings: - Year, month : 2016 7 Data was in units of cm2 cm-2 - unit conversion factor is 1.00000000000000 ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container XLAI72 -->Data type : 1 -->Container ID : 1211 -->Target ID : 1211 -->File data home? 1 -->Source file : $ROOT/Yuan_XLAI/v2019-03/Yuan_proc_MODIS_XLAI.025x025.$YYYY.nc -->ncRead? T -->Shared data file? F -->Source parameter: XLAI72 -->Year range : 2005 2016 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 0 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 0.1437545 -->Array min & max : 0.0000000E+00 4.0855169E-02 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : cm2/cm2 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. selected tidx1: 1 corresponding datetime 1: 201907010130. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container FLASH_DENS -->Data type : 1 -->Container ID : 523 -->Target ID : 523 -->File data home? 1 -->Source file : $ROOT/OFFLINE_LIGHTNING/v2020-03/$MET/$YYYY/FLASH_CTH_$MET_0.5x0.625_$YYYY_$MM.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: LDENS -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 23 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 2.9897271E-04 -->Array min & max : 0.0000000E+00 4.9241835E-06 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-00:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-01:30 preferred datetime: 201907010130. selected tidx1: 1 corresponding datetime 1: 201907010130. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container CONV_DEPTH -->Data type : 1 -->Container ID : 524 -->Target ID : 524 -->File data home? 1 -->Source file : $ROOT/OFFLINE_LIGHTNING/v2020-03/$MET/$YYYY/FLASH_CTH_$MET_0.5x0.625_$YYYY_$MM.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: CTH -->Year range : 1980 2021 -->Month range : 1 12 -->Day range : 1 31 -->Hour range : 0 23 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 9257382. -->Array min & max : 0.0000000E+00 17464.21 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: T_DAVG Parsing source file and replacing tokens HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: T_PREVDAY Parsing source file and replacing tokens HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: LAI_PREVDAY Parsing source file and replacing tokens HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PARDR_DAVG Parsing source file and replacing tokens HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PARDF_DAVG Parsing source file and replacing tokens HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: TMPU1 Parsing source file and replacing tokens Opening file: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Met_TMPU1 Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: TMPU1 # of input levels = # of output levels - passed as is. Did vertical regridding for TMPU1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container TMPU1 -->Data type : 1 -->Container ID : 814 -->Target ID : 814 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_TMPU1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 5.7837968E+07 -->Array min & max : 160.9170 314.9923 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SPHU1 Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Met_SPHU1 HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: g kg-1. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SPHU1 # of input levels = # of output levels - passed as is. Did vertical regridding for SPHU1: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SPHU1 -->Data type : 1 -->Container ID : 815 -->Target ID : 815 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_SPHU1 -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 371010.5 -->Array min & max : 1.1514664E-03 21.81543 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PS1DRY Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable Met_PS1DRY Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PS1DRY -->Data type : 1 -->Container ID : 816 -->Target ID : 816 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_PS1DRY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3191376. -->Array min & max : 545.7010 1038.500 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: PS1WET Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable Met_PS1WET Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container PS1WET -->Data type : 1 -->Container ID : 817 -->Target ID : 817 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_PS1WET -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3198360. -->Array min & max : 546.2150 1040.016 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: DELPDRY Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Met_DELPDRY Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: DELPDRY # of input levels = # of output levels - passed as is. Did vertical regridding for DELPDRY: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DELPDRY -->Data type : 1 -->Container ID : 818 -->Target ID : 818 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Met_DELPDRY -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 3190757. -->Array min & max : 9.9999998E-03 51.37271 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: KPP_HVALUE Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Chem_KPPHvalue Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: KPP_HVALUE # of input levels = # of output levels - passed as is. Did vertical regridding for KPP_HVALUE: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container KPP_HVALUE -->Data type : 1 -->Container ID : 819 -->Target ID : 819 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_KPPHvalue -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 1.9948562E+08 -->Array min & max : 0.0000000E+00 1200.000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: WETDEP_N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable Chem_WetDepNitrogen HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: molec cm-2 s-1. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container WETDEP_N -->Data type : 1 -->Container ID : 820 -->Target ID : 820 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_WetDepNitrogen -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 1.3631970E-08 -->Array min & max : -4.9226318E-32 2.4268954E-10 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: DRYDEP_N Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable Chem_DryDepNitrogen HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: molec cm-2 s-1. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container DRYDEP_N -->Data type : 1 -->Container ID : 821 -->Target ID : 821 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_DryDepNitrogen -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 2 -->Array dimension : 72 46 -->Array sum : 3.2980993E+13 -->Array min & max : 1.3171986E+07 5.2243192E+11 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 -->2D emitted into : 1.00000000000000 and 1.00000000000000 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: SO2_AFTERCHEM Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Chem_SO2AfterChem HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: SO2_AFTERCHEM # of input levels = # of output levels - passed as is. Did vertical regridding for SO2_AFTERCHEM: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container SO2_AFTERCHEM -->Data type : 1 -->Container ID : 822 -->Target ID : 822 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_SO2AfterChem -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 7.1735699E-06 -->Array min & max : 0.0000000E+00 2.3699378E-08 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: H2O2_AFTERCHEM Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Chem_H2O2AfterChem HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: mol mol-1. File: ./GEOSChem.Restart.20190701_0000z.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: H2O2_AFTERCHEM # of input levels = # of output levels - passed as is. Did vertical regridding for H2O2_AFTERCHEM: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container H2O2_AFTERCHEM -->Data type : 1 -->Container ID : 823 -->Target ID : 823 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_H2O2AfterChem -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 4.9354530E-05 -->Array min & max : 0.0000000E+00 3.7334345E-09 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : 1 -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: STATE_PSC Parsing source file and replacing tokens Reading from existing stream: ./GEOSChem.Restart.20190701_0000z.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 1 Time slice range : 201907010000.000 201907010000.000 preferred datetime: 201907010000. selected tidx1: 1 corresponding datetime 1: 201907010000. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Will read vertical levels 1 to 72 Reading variable Chem_StatePSC Based on srcUnit attribute (count), no unit conversion is performed. ==> Use map_a2a regridding Do index based regridding for field STATE_PSC - Number of indeces: 3 HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: STATE_PSC # of input levels = # of output levels - passed as is. Did vertical regridding for STATE_PSC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: STATE_PSC # of input levels = # of output levels - passed as is. Did vertical regridding for STATE_PSC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Entering ModelLev_Interpolate (hco_interp_mod.F90) ( 6) Vertically interpolate model levels: STATE_PSC # of input levels = # of output levels - passed as is. Did vertical regridding for STATE_PSC: Number of original levels: 72 Number of output levels: 72 HEMCO: Leaving ModelLev_Interpolate (hco_interp_mod.F90) ( 6) HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Entering Add2EmisList ( 6) HEMCO: Leaving Add2EmisList ( 6) Container added to EmisList: Container STATE_PSC -->Data type : 1 -->Container ID : 824 -->Target ID : 824 -->File data home? 1 -->Source file : ./GEOSChem.Restart.$YYYY$MM$DD_$HH$MNz.nc4 -->ncRead? T -->Shared data file? F -->Source parameter: Chem_StatePSC -->Year range : -999 -999 -->Month range : -999 -999 -->Day range : -999 -999 -->Hour range : -999 -999 -->SpaceDim : 3 -->Array dimension : 72 46 72 -->Array sum : 36591.00 -->Array min & max : 0.0000000E+00 3.000000 -->Time dimension : 1 -->Delta t[h] : 0 -->Local time? F -->Tempres : Constant -->OrigUnit : count -->Concentration? F -->Coverage : -999 -->Extension Nr : -999 -->Species name : * -->HEMCO species ID: 0 -->Category : 1 -->Hierarchy : 1 HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) TIMEZONES (i.e. OFFSETS FROM UTC) WERE READ FROM A FILE HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) ------------------------------------------------------------------------------- Details about vertical grid calculations (only shown on first time step): 1. Input data availability: - Temperature field TK obtained from model interface (min,max): 160.174453735352 313.342041015625 - Surface pressure PSFC [Pa] obtained from model interface (min, max): 54621.5026855469 104001.623535156 - Surface geopotential height ZSFC [m] obtained from model interface (min, max): -18.0736529942174 5109.56492214467 - Pressure edges PEDGE obtained from model interface (min, max): 1.00000000000000 104001.623535156 - Boxheights BXHEIGHT_M obtained from model interface (min, max): 72.0247657837540 4772.12581052192 2. Grid calculations: Vertical grid calculations done. ------------------------------------------------------------------------------- HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field UV_ALBEDO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.242861426214684E-009 Spc. emissions: 7.242861426214684E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.243062014014356E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.243062014014356E-009 OutArr : 7.243062014014356E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.006994934050618E-010 Spc. emissions: 2.006994934050618E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.289104895371090E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.428911358065143E-009 Spc. emissions: 3.718016253436228E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.718016253436228E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.720336222888496E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.720336222888496E-009 OutArr : 3.720336222888496E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.539178473565889E-009 Spc. emissions: 9.539178473565889E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.393579883230957E-010 Spc. emissions: 9.678536461889000E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.690147170864297E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 1) Added total emissions to output array: Species: 5 SpcFlx : 9.690147170864297E-009 OutArr : 9.690147170864297E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 1) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 1) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.503234286809022E-010 Spc. emissions: 7.503234286809022E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.132882955711216E-011 Spc. emissions: 7.616522582380131E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 1) Added total emissions to output array: Species: 9 SpcFlx : 7.616522582380131E-010 OutArr : 7.616522582380131E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.300882937791244E-011 Spc. emissions: 2.300882937791244E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 1) Added total emissions to output array: Species: 16 SpcFlx : 2.300882937791244E-011 OutArr : 2.300882937791244E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.392599998557619E-009 Spc. emissions: 1.392599998557619E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 1) Added total emissions to output array: Species: 17 SpcFlx : 1.392599998557619E-009 OutArr : 1.392599998557619E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.026326453886368E-011 Spc. emissions: 1.613103182760902E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613386375551440E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 1) Added total emissions to output array: Species: 18 SpcFlx : 1.613386375551440E-009 OutArr : 1.613386375551440E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.192791673217088E-009 Spc. emissions: 2.192791673217088E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.621421912146713E-011 Spc. emissions: 2.249005892338557E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.249048300399925E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 1) Added total emissions to output array: Species: 19 SpcFlx : 2.249048300399925E-009 OutArr : 2.249048300399925E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 1) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 1) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 1) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 1) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.589326780795356E-010 Spc. emissions: 2.589326780795356E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.589326780795356E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.656170482540739E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 1) Added total emissions to output array: Species: 31 SpcFlx : 2.656170482540739E-010 OutArr : 2.656170482540739E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 1) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 1) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.287401836448804E-008 Spc. emissions: 7.287401836448804E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.074416619379794E-010 Spc. emissions: 7.298146002642594E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.312252824664843E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 1) Added total emissions to output array: Species: 47 SpcFlx : 7.312252824664843E-008 OutArr : 7.312252824664843E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.181780244645894E-008 Spc. emissions: 2.376729215223574E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 1) Added total emissions to output array: Species: 49 SpcFlx : 2.376729215223574E-008 OutArr : 2.376729215223574E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.480085092654122E-008 Spc. emissions: 5.480085092654122E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 1) Added total emissions to output array: Species: 50 SpcFlx : 5.480085092654122E-008 OutArr : 5.480085092654122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.943334976928855E-008 Spc. emissions: 9.943334976928855E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 1) Added total emissions to output array: Species: 51 SpcFlx : 9.943334976928855E-008 OutArr : 9.943334976928855E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.087757006749732E-007 Spc. emissions: 1.087757006749732E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 1) Added total emissions to output array: Species: 52 SpcFlx : 1.087757006749732E-007 OutArr : 1.087757006749732E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.843539100067495E-010 Spc. emissions: 2.843539100067495E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.360102497455425E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.428103792705237E-009 Spc. emissions: 3.788206290160661E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.788206290160661E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 1) Added total emissions to output array: Species: 53 SpcFlx : 3.788206290160661E-009 OutArr : 3.788206290160661E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.031243095223338E-009 Spc. emissions: 1.031243095223338E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.031243095223338E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 1) Added total emissions to output array: Species: 72 SpcFlx : 1.031243095223338E-009 OutArr : 1.031243095223338E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.129468620078372E-008 Spc. emissions: 3.129468620078372E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 1) Added total emissions to output array: Species: 121 SpcFlx : 3.129468620078372E-008 OutArr : 3.129468620078372E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.617355971678009E-009 Spc. emissions: 1.617355971678009E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 1) Added total emissions to output array: Species: 124 SpcFlx : 1.617355971678009E-009 OutArr : 1.617355971678009E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 1) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.636717135241980E-010 Spc. emissions: 5.636717135241980E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.636717135241980E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 1) Added total emissions to output array: Species: 135 SpcFlx : 5.636717135241980E-010 OutArr : 5.636717135241980E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.791385466756659E-010 Spc. emissions: 3.791385466756659E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.791385466756659E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 1) Added total emissions to output array: Species: 138 SpcFlx : 3.791385466756659E-010 OutArr : 3.791385466756659E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.211417436484956E-008 Spc. emissions: 1.211417436484956E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 1) Added total emissions to output array: Species: 146 SpcFlx : 1.211417436484956E-008 OutArr : 1.211417436484956E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.193333413990965E-009 Spc. emissions: 5.193333413990965E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 1) Added total emissions to output array: Species: 147 SpcFlx : 5.193333413990965E-009 OutArr : 5.193333413990965E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 1) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.024498601996335E-008 Spc. emissions: 1.024498601996335E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.150674019158725E-009 Spc. emissions: 1.339566003912207E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.371446782664350E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 1) Added total emissions to output array: Species: 161 SpcFlx : 1.371446782664350E-008 OutArr : 1.371446782664350E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 1) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 1) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 1) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.840317578680648E-010 Spc. emissions: 3.840317578680648E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.445493334241678E-009 Spc. emissions: 3.829525092109740E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.735920871629926E-011 Spc. emissions: 3.856884300826028E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.866553513034689E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 1) Added total emissions to output array: Species: 177 SpcFlx : 3.866553513034689E-009 OutArr : 3.866553513034689E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 1) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 1) Added total emissions to output array: Species: 190 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 1) Added total emissions to output array: Species: 191 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.001924223735759E-009 Spc. emissions: 6.001924223735759E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 1) Added total emissions to output array: Species: 192 SpcFlx : 6.001924223735759E-009 OutArr : 6.001924223735759E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 1) Added total emissions to output array: Species: 193 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 1) Added total emissions to output array: Species: 194 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.632640117424187E-007 Spc. emissions: 3.632640117424187E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 1) Added total emissions to output array: Species: 195 SpcFlx : 3.632640117424187E-007 OutArr : 3.632640117424187E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 1) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 1) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.028307141184403E-009 Spc. emissions: 5.028307141184403E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.684726987089521E-009 Spc. emissions: 6.713034128273943E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.413474488003926E-012 Spc. emissions: 6.720447602761957E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.730181309713454E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 1) Added total emissions to output array: Species: 201 SpcFlx : 6.730181309713454E-009 OutArr : 6.730181309713454E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.684726987089521E-009 Spc. emissions: 1.684726987089521E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 1) Added total emissions to output array: Species: 202 SpcFlx : 1.684726987089521E-009 OutArr : 1.684726987089521E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.157420009221793E-009 Spc. emissions: 1.157420009221793E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.648340544859362E-012 Spc. emissions: 1.164068349766661E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 1) Added total emissions to output array: Species: 203 SpcFlx : 1.164068349766661E-009 OutArr : 1.164068349766661E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.225371460753413E-009 Spc. emissions: 1.225371460753413E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.444626067054474E-012 Spc. emissions: 1.231816086820462E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 1) Added total emissions to output array: Species: 204 SpcFlx : 1.231816086820462E-009 OutArr : 1.231816086820462E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.524913795767589E-009 Spc. emissions: 2.524913795767589E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.524913795767589E-009 OutArr : 2.524913795767589E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) Set extension field pointer to external data: JNO2_FOR_EMIS Set extension field pointer to external data: JOH_FOR_EMIS Set extension field pointer to external data: FRAC_OF_PBL_FOR_EMIS Set extension field pointer to external data: U10M_FOR_EMIS Set extension field pointer to external data: V10M_FOR_EMIS Set extension field pointer to external data: ALBD_FOR_EMIS Set extension field pointer to external data: WLI_FOR_EMIS Set extension field pointer to external data: T2M_FOR_EMIS Set extension field pointer to external data: TSKIN_FOR_EMIS Set extension field pointer to external data: GWETROOT_FOR_EMIS Set extension field pointer to external data: PARDR_FOR_EMIS Set extension field pointer to external data: PARDF_FOR_EMIS Set extension field pointer to external data: LAI_FOR_EMIS Set extension field pointer to external data: CNV_MFC_FOR_EMIS Set extension field pointer to external data: TK_FOR_EMIS Set extension field pointer to external data: AIR_FOR_EMIS Set extension field pointer to external data: AIRVOL_FOR_EMIS Set extension field pointer to external data: HEMCO_O3_FOR_EMIS Set extension field pointer to external data: HEMCO_NO2_FOR_EMIS Set extension field pointer to external data: HEMCO_NO_FOR_EMIS Set extension field pointer to external data: HEMCO_HNO3_FOR_EMIS HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO (VOLCANO): Opening /work/psk9/Data/ExtData/HEMCO/VOLCANO/v2019-08/2019/07/so2_volcanic_emissions_Carns.20190701.rc Number of volcanoes: 91 Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 1) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 1) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 1) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 1) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 1) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 1) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 1) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 1) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.400140907126165E-009 Spc. emissions: 2.400140907126165E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.400140907126165E-009 OutArr : 2.400140907126165E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 1) Successfully updated diagnostics: EmisNO2_Ship (counter: 1) Successfully updated diagnostics: EmisHNO3_Ship (counter: 1) Successfully updated diagnostics: EmisO3_Ship (counter: 1) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 1) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_MBOX Applying scale factor CtoMBOX Scale field CtoMBOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.435500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_BPIN Applying scale factor CtoMTPA Scale field CtoMTPA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_CARE Applying scale factor CtoMTPA Scale field CtoMTPA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_LIMO Applying scale factor CtoMTPA Scale field CtoMTPA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_OCIM Applying scale factor CtoMTPA Scale field CtoMTPA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MEGAN_AEF_SABI Applying scale factor CtoMTPA Scale field CtoMTPA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BARE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_NDLF_EVGN_TMPT_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_NDLF_EVGN_BORL_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_NDLF_DECD_BORL_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_EVGN_TROP_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_EVGN_TMPT_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_DECD_TROP_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_DECD_TMPT_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_DECD_BORL_TREE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_EVGN_SHRB HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_DECD_TMPT_SHRB HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_BDLF_DECD_BORL_SHRB HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_C3_ARCT_GRSS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_C3_NARC_GRSS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_C4_GRSS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CLM4_PFT_CROP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) No restart field found: LAI_PREVDAY Filled restart variable with default scalar: T_PREVDAY Filled restart variable with default scalar: T_DAVG Filled restart variable with default scalar: PARDR_DAVG Filled restart variable with default scalar: PARDF_DAVG Successfully updated diagnostics: EmisMOH_Biogenic (counter: 1) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 1) Successfully updated diagnostics: EmisCO_BioBurn (counter: 1) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 1) Successfully updated diagnostics: EmisACET_BioBurn (counter: 1) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 1) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 1) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 1) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 1) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 1) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 1) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 1) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 1) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 1) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 1) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 1) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 1) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 1) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 1) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 1) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 1) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 1) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 1) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 1) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 1) Successfully updated diagnostics: EmisALD2_Total (counter: 1) Successfully updated diagnostics: EmisALK4_Total (counter: 1) Successfully updated diagnostics: EmisBCPI_Total (counter: 1) Successfully updated diagnostics: EmisBCPO_Total (counter: 1) Successfully updated diagnostics: EmisBENZ_Total (counter: 1) Successfully updated diagnostics: EmisC2H6_Total (counter: 1) Successfully updated diagnostics: EmisC3H8_Total (counter: 1) Successfully updated diagnostics: EmisCH2O_Total (counter: 1) Successfully updated diagnostics: EmisCO_Total (counter: 1) Successfully updated diagnostics: EmisDST1_Total (counter: 1) Successfully updated diagnostics: EmisEOH_Total (counter: 1) Successfully updated diagnostics: EmisHCOOH_Total (counter: 1) Successfully updated diagnostics: EmisISOP_Total (counter: 1) Successfully updated diagnostics: EmisMACR_Total (counter: 1) Successfully updated diagnostics: EmisMEK_Total (counter: 1) Successfully updated diagnostics: EmisMOH_Total (counter: 1) Successfully updated diagnostics: EmisMTPA_Total (counter: 1) Successfully updated diagnostics: EmisNH3_Total (counter: 1) Successfully updated diagnostics: EmisNO_Total (counter: 1) Successfully updated diagnostics: EmisOCPI_Total (counter: 1) Successfully updated diagnostics: EmisOCPO_Total (counter: 1) Successfully updated diagnostics: EmispFe_Total (counter: 1) Successfully updated diagnostics: EmisPRPE_Total (counter: 1) Successfully updated diagnostics: EmisRCHO_Total (counter: 1) Successfully updated diagnostics: EmisSO2_Total (counter: 1) Successfully updated diagnostics: EmisSO4_Total (counter: 1) Successfully updated diagnostics: EmisSOAP_Total (counter: 1) Successfully updated diagnostics: EmisTOLU_Total (counter: 1) Successfully updated diagnostics: EmisXYLE_Total (counter: 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 00:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO WARNING: No further attempts will be made to read file: ./HEMCO_restart.$YYYY$MM$DD$HH00.nc --> LOCATION: HCOIO_DataRead (hcoio_dataread_mod.F90) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 00:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.242861426214684E-009 Spc. emissions: 7.242861426214684E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.243062014014356E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.243062014014356E-009 OutArr : 7.243062014014356E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.006994934050618E-010 Spc. emissions: 2.006994934050618E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.289104895371090E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.428911358065143E-009 Spc. emissions: 3.718016253436228E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.718016253436228E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.720336222888496E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.720336222888496E-009 OutArr : 3.720336222888496E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.539178473565889E-009 Spc. emissions: 9.539178473565889E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.393579883230957E-010 Spc. emissions: 9.678536461889000E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.690147170864297E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 2) Added total emissions to output array: Species: 5 SpcFlx : 9.690147170864297E-009 OutArr : 9.690147170864297E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 2) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 2) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.503234286809022E-010 Spc. emissions: 7.503234286809022E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.132882955711216E-011 Spc. emissions: 7.616522582380131E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 2) Added total emissions to output array: Species: 9 SpcFlx : 7.616522582380131E-010 OutArr : 7.616522582380131E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.300882937791244E-011 Spc. emissions: 2.300882937791244E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 2) Added total emissions to output array: Species: 16 SpcFlx : 2.300882937791244E-011 OutArr : 2.300882937791244E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.392599998557619E-009 Spc. emissions: 1.392599998557619E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 2) Added total emissions to output array: Species: 17 SpcFlx : 1.392599998557619E-009 OutArr : 1.392599998557619E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.026326453886368E-011 Spc. emissions: 1.613103182760902E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613386375551440E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 2) Added total emissions to output array: Species: 18 SpcFlx : 1.613386375551440E-009 OutArr : 1.613386375551440E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.192791673217088E-009 Spc. emissions: 2.192791673217088E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.621421912146713E-011 Spc. emissions: 2.249005892338557E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.249048300399925E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 2) Added total emissions to output array: Species: 19 SpcFlx : 2.249048300399925E-009 OutArr : 2.249048300399925E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 2) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 2) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 2) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 2) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.589326780795356E-010 Spc. emissions: 2.589326780795356E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.589326780795356E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.656170482540739E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 2) Added total emissions to output array: Species: 31 SpcFlx : 2.656170482540739E-010 OutArr : 2.656170482540739E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 2) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 2) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.287401836448804E-008 Spc. emissions: 7.287401836448804E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.074416619379794E-010 Spc. emissions: 7.298146002642594E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.312252824664843E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 2) Added total emissions to output array: Species: 47 SpcFlx : 7.312252824664843E-008 OutArr : 7.312252824664843E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.181780244645894E-008 Spc. emissions: 2.376729215223574E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 2) Added total emissions to output array: Species: 49 SpcFlx : 2.376729215223574E-008 OutArr : 2.376729215223574E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.480085092654122E-008 Spc. emissions: 5.480085092654122E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 2) Added total emissions to output array: Species: 50 SpcFlx : 5.480085092654122E-008 OutArr : 5.480085092654122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.943334976928855E-008 Spc. emissions: 9.943334976928855E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 2) Added total emissions to output array: Species: 51 SpcFlx : 9.943334976928855E-008 OutArr : 9.943334976928855E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.087757006749732E-007 Spc. emissions: 1.087757006749732E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 2) Added total emissions to output array: Species: 52 SpcFlx : 1.087757006749732E-007 OutArr : 1.087757006749732E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.843539100067495E-010 Spc. emissions: 2.843539100067495E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.360102497455425E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.428103792705237E-009 Spc. emissions: 3.788206290160661E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.788206290160661E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 2) Added total emissions to output array: Species: 53 SpcFlx : 3.788206290160661E-009 OutArr : 3.788206290160661E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.031243095223338E-009 Spc. emissions: 1.031243095223338E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.031243095223338E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 2) Added total emissions to output array: Species: 72 SpcFlx : 1.031243095223338E-009 OutArr : 1.031243095223338E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.129468620078372E-008 Spc. emissions: 3.129468620078372E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 2) Added total emissions to output array: Species: 121 SpcFlx : 3.129468620078372E-008 OutArr : 3.129468620078372E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.617355971678009E-009 Spc. emissions: 1.617355971678009E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 2) Added total emissions to output array: Species: 124 SpcFlx : 1.617355971678009E-009 OutArr : 1.617355971678009E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 2) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.636717135241980E-010 Spc. emissions: 5.636717135241980E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.636717135241980E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 2) Added total emissions to output array: Species: 135 SpcFlx : 5.636717135241980E-010 OutArr : 5.636717135241980E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.791385466756659E-010 Spc. emissions: 3.791385466756659E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.791385466756659E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 2) Added total emissions to output array: Species: 138 SpcFlx : 3.791385466756659E-010 OutArr : 3.791385466756659E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.211417436484956E-008 Spc. emissions: 1.211417436484956E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 2) Added total emissions to output array: Species: 146 SpcFlx : 1.211417436484956E-008 OutArr : 1.211417436484956E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.193333413990965E-009 Spc. emissions: 5.193333413990965E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 2) Added total emissions to output array: Species: 147 SpcFlx : 5.193333413990965E-009 OutArr : 5.193333413990965E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 2) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.024498601996335E-008 Spc. emissions: 1.024498601996335E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.150674019158725E-009 Spc. emissions: 1.339566003912207E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.371446782664350E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 2) Added total emissions to output array: Species: 161 SpcFlx : 1.371446782664350E-008 OutArr : 1.371446782664350E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 2) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 2) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 2) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.840317578680648E-010 Spc. emissions: 3.840317578680648E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.445493334241678E-009 Spc. emissions: 3.829525092109740E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.735920871629926E-011 Spc. emissions: 3.856884300826028E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.866553513034689E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 2) Added total emissions to output array: Species: 177 SpcFlx : 3.866553513034689E-009 OutArr : 3.866553513034689E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 2) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 2) Added total emissions to output array: Species: 190 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 2) Added total emissions to output array: Species: 191 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.001924223735759E-009 Spc. emissions: 6.001924223735759E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 2) Added total emissions to output array: Species: 192 SpcFlx : 6.001924223735759E-009 OutArr : 6.001924223735759E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 2) Added total emissions to output array: Species: 193 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 2) Added total emissions to output array: Species: 194 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.632640117424187E-007 Spc. emissions: 3.632640117424187E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 2) Added total emissions to output array: Species: 195 SpcFlx : 3.632640117424187E-007 OutArr : 3.632640117424187E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 2) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 2) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.028307141184403E-009 Spc. emissions: 5.028307141184403E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.684726987089521E-009 Spc. emissions: 6.713034128273943E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.413474488003926E-012 Spc. emissions: 6.720447602761957E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.730181309713454E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 2) Added total emissions to output array: Species: 201 SpcFlx : 6.730181309713454E-009 OutArr : 6.730181309713454E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.684726987089521E-009 Spc. emissions: 1.684726987089521E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 2) Added total emissions to output array: Species: 202 SpcFlx : 1.684726987089521E-009 OutArr : 1.684726987089521E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.157420009221793E-009 Spc. emissions: 1.157420009221793E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.648340544859362E-012 Spc. emissions: 1.164068349766661E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 2) Added total emissions to output array: Species: 203 SpcFlx : 1.164068349766661E-009 OutArr : 1.164068349766661E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.225371460753413E-009 Spc. emissions: 1.225371460753413E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.444626067054474E-012 Spc. emissions: 1.231816086820462E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 2) Added total emissions to output array: Species: 204 SpcFlx : 1.231816086820462E-009 OutArr : 1.231816086820462E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.524913795767589E-009 Spc. emissions: 2.524913795767589E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.524913795767589E-009 OutArr : 2.524913795767589E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 2) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 2) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 2) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 2) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 2) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 2) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 2) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 2) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.400140907126165E-009 Spc. emissions: 2.400140907126165E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.400140907126165E-009 OutArr : 2.400140907126165E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 2) Successfully updated diagnostics: EmisNO2_Ship (counter: 2) Successfully updated diagnostics: EmisHNO3_Ship (counter: 2) Successfully updated diagnostics: EmisO3_Ship (counter: 2) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 2) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 2) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 2) Successfully updated diagnostics: EmisCO_BioBurn (counter: 2) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 2) Successfully updated diagnostics: EmisACET_BioBurn (counter: 2) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 2) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 2) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 2) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 2) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 2) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 2) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 2) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 2) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 2) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 2) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 2) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 2) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 2) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 2) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 2) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 2) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 2) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 2) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 2) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 2) Successfully updated diagnostics: EmisALD2_Total (counter: 2) Successfully updated diagnostics: EmisALK4_Total (counter: 2) Successfully updated diagnostics: EmisBCPI_Total (counter: 2) Successfully updated diagnostics: EmisBCPO_Total (counter: 2) Successfully updated diagnostics: EmisBENZ_Total (counter: 2) Successfully updated diagnostics: EmisC2H6_Total (counter: 2) Successfully updated diagnostics: EmisC3H8_Total (counter: 2) Successfully updated diagnostics: EmisCH2O_Total (counter: 2) Successfully updated diagnostics: EmisCO_Total (counter: 2) Successfully updated diagnostics: EmisDST1_Total (counter: 2) Successfully updated diagnostics: EmisEOH_Total (counter: 2) Successfully updated diagnostics: EmisHCOOH_Total (counter: 2) Successfully updated diagnostics: EmisISOP_Total (counter: 2) Successfully updated diagnostics: EmisMACR_Total (counter: 2) Successfully updated diagnostics: EmisMEK_Total (counter: 2) Successfully updated diagnostics: EmisMOH_Total (counter: 2) Successfully updated diagnostics: EmisMTPA_Total (counter: 2) Successfully updated diagnostics: EmisNH3_Total (counter: 2) Successfully updated diagnostics: EmisNO_Total (counter: 2) Successfully updated diagnostics: EmisOCPI_Total (counter: 2) Successfully updated diagnostics: EmisOCPO_Total (counter: 2) Successfully updated diagnostics: EmispFe_Total (counter: 2) Successfully updated diagnostics: EmisPRPE_Total (counter: 2) Successfully updated diagnostics: EmisRCHO_Total (counter: 2) Successfully updated diagnostics: EmisSO2_Total (counter: 2) Successfully updated diagnostics: EmisSO4_Total (counter: 2) Successfully updated diagnostics: EmisSOAP_Total (counter: 2) Successfully updated diagnostics: EmisTOLU_Total (counter: 2) Successfully updated diagnostics: EmisXYLE_Total (counter: 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 00:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 00:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.242861426214684E-009 Spc. emissions: 7.242861426214684E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.243062014014356E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.243062014014356E-009 OutArr : 7.243062014014356E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.006994934050618E-010 Spc. emissions: 2.006994934050618E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.289104895371090E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.428911358065143E-009 Spc. emissions: 3.718016253436228E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.718016253436228E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.720336222888496E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.720336222888496E-009 OutArr : 3.720336222888496E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.539178473565889E-009 Spc. emissions: 9.539178473565889E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.393579883230957E-010 Spc. emissions: 9.678536461889000E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.690147170864297E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 3) Added total emissions to output array: Species: 5 SpcFlx : 9.690147170864297E-009 OutArr : 9.690147170864297E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 3) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 3) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.503234286809022E-010 Spc. emissions: 7.503234286809022E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.132882955711216E-011 Spc. emissions: 7.616522582380131E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 3) Added total emissions to output array: Species: 9 SpcFlx : 7.616522582380131E-010 OutArr : 7.616522582380131E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.300882937791244E-011 Spc. emissions: 2.300882937791244E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 3) Added total emissions to output array: Species: 16 SpcFlx : 2.300882937791244E-011 OutArr : 2.300882937791244E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.392599998557619E-009 Spc. emissions: 1.392599998557619E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 3) Added total emissions to output array: Species: 17 SpcFlx : 1.392599998557619E-009 OutArr : 1.392599998557619E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.026326453886368E-011 Spc. emissions: 1.613103182760902E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613386375551440E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 3) Added total emissions to output array: Species: 18 SpcFlx : 1.613386375551440E-009 OutArr : 1.613386375551440E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.192791673217088E-009 Spc. emissions: 2.192791673217088E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.621421912146713E-011 Spc. emissions: 2.249005892338557E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.249048300399925E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 3) Added total emissions to output array: Species: 19 SpcFlx : 2.249048300399925E-009 OutArr : 2.249048300399925E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 3) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 3) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 3) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 3) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.589326780795356E-010 Spc. emissions: 2.589326780795356E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.589326780795356E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.656170482540739E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 3) Added total emissions to output array: Species: 31 SpcFlx : 2.656170482540739E-010 OutArr : 2.656170482540739E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 3) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 3) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.287401836448804E-008 Spc. emissions: 7.287401836448804E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.074416619379794E-010 Spc. emissions: 7.298146002642594E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.312252824664843E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 3) Added total emissions to output array: Species: 47 SpcFlx : 7.312252824664843E-008 OutArr : 7.312252824664843E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.181780244645894E-008 Spc. emissions: 2.376729215223574E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 3) Added total emissions to output array: Species: 49 SpcFlx : 2.376729215223574E-008 OutArr : 2.376729215223574E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.480085092654122E-008 Spc. emissions: 5.480085092654122E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 3) Added total emissions to output array: Species: 50 SpcFlx : 5.480085092654122E-008 OutArr : 5.480085092654122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.943334976928855E-008 Spc. emissions: 9.943334976928855E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 3) Added total emissions to output array: Species: 51 SpcFlx : 9.943334976928855E-008 OutArr : 9.943334976928855E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.087757006749732E-007 Spc. emissions: 1.087757006749732E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 3) Added total emissions to output array: Species: 52 SpcFlx : 1.087757006749732E-007 OutArr : 1.087757006749732E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.843539100067495E-010 Spc. emissions: 2.843539100067495E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.360102497455425E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.428103792705237E-009 Spc. emissions: 3.788206290160661E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.788206290160661E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 3) Added total emissions to output array: Species: 53 SpcFlx : 3.788206290160661E-009 OutArr : 3.788206290160661E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.031243095223338E-009 Spc. emissions: 1.031243095223338E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.031243095223338E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 3) Added total emissions to output array: Species: 72 SpcFlx : 1.031243095223338E-009 OutArr : 1.031243095223338E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.129468620078372E-008 Spc. emissions: 3.129468620078372E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 3) Added total emissions to output array: Species: 121 SpcFlx : 3.129468620078372E-008 OutArr : 3.129468620078372E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.617355971678009E-009 Spc. emissions: 1.617355971678009E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 3) Added total emissions to output array: Species: 124 SpcFlx : 1.617355971678009E-009 OutArr : 1.617355971678009E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 3) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.636717135241980E-010 Spc. emissions: 5.636717135241980E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.636717135241980E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 3) Added total emissions to output array: Species: 135 SpcFlx : 5.636717135241980E-010 OutArr : 5.636717135241980E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.791385466756659E-010 Spc. emissions: 3.791385466756659E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.791385466756659E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 3) Added total emissions to output array: Species: 138 SpcFlx : 3.791385466756659E-010 OutArr : 3.791385466756659E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.211417436484956E-008 Spc. emissions: 1.211417436484956E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 3) Added total emissions to output array: Species: 146 SpcFlx : 1.211417436484956E-008 OutArr : 1.211417436484956E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.193333413990965E-009 Spc. emissions: 5.193333413990965E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 3) Added total emissions to output array: Species: 147 SpcFlx : 5.193333413990965E-009 OutArr : 5.193333413990965E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 3) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.024498601996335E-008 Spc. emissions: 1.024498601996335E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.150674019158725E-009 Spc. emissions: 1.339566003912207E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.371446782664350E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 3) Added total emissions to output array: Species: 161 SpcFlx : 1.371446782664350E-008 OutArr : 1.371446782664350E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 3) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 3) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 3) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.840317578680648E-010 Spc. emissions: 3.840317578680648E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.445493334241678E-009 Spc. emissions: 3.829525092109740E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.735920871629926E-011 Spc. emissions: 3.856884300826028E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.866553513034689E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 3) Added total emissions to output array: Species: 177 SpcFlx : 3.866553513034689E-009 OutArr : 3.866553513034689E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 3) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 3) Added total emissions to output array: Species: 190 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 3) Added total emissions to output array: Species: 191 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.001924223735759E-009 Spc. emissions: 6.001924223735759E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 3) Added total emissions to output array: Species: 192 SpcFlx : 6.001924223735759E-009 OutArr : 6.001924223735759E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 3) Added total emissions to output array: Species: 193 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 3) Added total emissions to output array: Species: 194 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.632640117424187E-007 Spc. emissions: 3.632640117424187E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 3) Added total emissions to output array: Species: 195 SpcFlx : 3.632640117424187E-007 OutArr : 3.632640117424187E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 3) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 3) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.028307141184403E-009 Spc. emissions: 5.028307141184403E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.684726987089521E-009 Spc. emissions: 6.713034128273943E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.413474488003926E-012 Spc. emissions: 6.720447602761957E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.730181309713454E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 3) Added total emissions to output array: Species: 201 SpcFlx : 6.730181309713454E-009 OutArr : 6.730181309713454E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.684726987089521E-009 Spc. emissions: 1.684726987089521E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 3) Added total emissions to output array: Species: 202 SpcFlx : 1.684726987089521E-009 OutArr : 1.684726987089521E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.157420009221793E-009 Spc. emissions: 1.157420009221793E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.648340544859362E-012 Spc. emissions: 1.164068349766661E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 3) Added total emissions to output array: Species: 203 SpcFlx : 1.164068349766661E-009 OutArr : 1.164068349766661E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.225371460753413E-009 Spc. emissions: 1.225371460753413E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.444626067054474E-012 Spc. emissions: 1.231816086820462E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 3) Added total emissions to output array: Species: 204 SpcFlx : 1.231816086820462E-009 OutArr : 1.231816086820462E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.524913795767589E-009 Spc. emissions: 2.524913795767589E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.524913795767589E-009 OutArr : 2.524913795767589E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 3) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 3) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 3) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 3) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 3) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 3) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 3) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 3) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8674660 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.400140907126165E-009 Spc. emissions: 2.400140907126165E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.400140907126165E-009 OutArr : 2.400140907126165E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 3) Successfully updated diagnostics: EmisNO2_Ship (counter: 3) Successfully updated diagnostics: EmisHNO3_Ship (counter: 3) Successfully updated diagnostics: EmisO3_Ship (counter: 3) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 3) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 3) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 3) Successfully updated diagnostics: EmisCO_BioBurn (counter: 3) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 3) Successfully updated diagnostics: EmisACET_BioBurn (counter: 3) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 3) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 3) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 3) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 3) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 3) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 3) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 3) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 3) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 3) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 3) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 3) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 3) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 3) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 3) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 3) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 3) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 3) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 3) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 3) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 3) Successfully updated diagnostics: EmisALD2_Total (counter: 3) Successfully updated diagnostics: EmisALK4_Total (counter: 3) Successfully updated diagnostics: EmisBCPI_Total (counter: 3) Successfully updated diagnostics: EmisBCPO_Total (counter: 3) Successfully updated diagnostics: EmisBENZ_Total (counter: 3) Successfully updated diagnostics: EmisC2H6_Total (counter: 3) Successfully updated diagnostics: EmisC3H8_Total (counter: 3) Successfully updated diagnostics: EmisCH2O_Total (counter: 3) Successfully updated diagnostics: EmisCO_Total (counter: 3) Successfully updated diagnostics: EmisDST1_Total (counter: 3) Successfully updated diagnostics: EmisEOH_Total (counter: 3) Successfully updated diagnostics: EmisHCOOH_Total (counter: 3) Successfully updated diagnostics: EmisISOP_Total (counter: 3) Successfully updated diagnostics: EmisMACR_Total (counter: 3) Successfully updated diagnostics: EmisMEK_Total (counter: 3) Successfully updated diagnostics: EmisMOH_Total (counter: 3) Successfully updated diagnostics: EmisMTPA_Total (counter: 3) Successfully updated diagnostics: EmisNH3_Total (counter: 3) Successfully updated diagnostics: EmisNO_Total (counter: 3) Successfully updated diagnostics: EmisOCPI_Total (counter: 3) Successfully updated diagnostics: EmisOCPO_Total (counter: 3) Successfully updated diagnostics: EmispFe_Total (counter: 3) Successfully updated diagnostics: EmisPRPE_Total (counter: 3) Successfully updated diagnostics: EmisRCHO_Total (counter: 3) Successfully updated diagnostics: EmisSO2_Total (counter: 3) Successfully updated diagnostics: EmisSO4_Total (counter: 3) Successfully updated diagnostics: EmisSOAP_Total (counter: 3) Successfully updated diagnostics: EmisTOLU_Total (counter: 3) Successfully updated diagnostics: EmisXYLE_Total (counter: 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 00:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 01:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.268798714451014E-009 Spc. emissions: 7.268798714451014E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.268999302250684E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.268999302250684E-009 OutArr : 7.268999302250684E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.513908832710026E-010 Spc. emissions: 2.513908832710026E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.339796285237031E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.519842034055807E-009 Spc. emissions: 3.859638319292832E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.859638319292832E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.861958288745045E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.861958288745045E-009 OutArr : 3.861958288745045E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.948906429652367E-009 Spc. emissions: 9.948906429652367E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.488514149212687E-010 Spc. emissions: 1.009775784457371E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.010936855354900E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 4) Added total emissions to output array: Species: 5 SpcFlx : 1.010936855354900E-008 OutArr : 1.010936855354900E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 4) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 4) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.686347744719346E-010 Spc. emissions: 8.686347744719346E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.182347817570080E-011 Spc. emissions: 8.804582526476388E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 4) Added total emissions to output array: Species: 9 SpcFlx : 8.804582526476388E-010 OutArr : 8.804582526476388E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.300882937791244E-011 Spc. emissions: 2.300882937791244E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 4) Added total emissions to output array: Species: 16 SpcFlx : 2.300882937791244E-011 OutArr : 2.300882937791244E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.392599998557619E-009 Spc. emissions: 1.392599998557619E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 4) Added total emissions to output array: Species: 17 SpcFlx : 1.392599998557619E-009 OutArr : 1.392599998557619E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.182141765151114E-011 Spc. emissions: 1.614661335873550E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614944528664088E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 4) Added total emissions to output array: Species: 18 SpcFlx : 1.614944528664088E-009 OutArr : 1.614944528664088E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.349741705477738E-009 Spc. emissions: 2.349741705477738E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.053683751871273E-011 Spc. emissions: 2.410278542996450E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.410320951057817E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 4) Added total emissions to output array: Species: 19 SpcFlx : 2.410320951057817E-009 OutArr : 2.410320951057817E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 4) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 4) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 4) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 4) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.845888348162400E-010 Spc. emissions: 2.845888348162400E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.845888348162400E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.912732049907784E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 4) Added total emissions to output array: Species: 31 SpcFlx : 2.912732049907784E-010 OutArr : 2.912732049907784E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 4) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 4) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.267902216501459E-008 Spc. emissions: 8.267902216501459E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.120609843490445E-010 Spc. emissions: 8.279108314936369E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.293215136958596E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 4) Added total emissions to output array: Species: 47 SpcFlx : 8.293215136958596E-008 OutArr : 8.293215136958596E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.153543583835029E-008 Spc. emissions: 2.348492554412709E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 4) Added total emissions to output array: Species: 49 SpcFlx : 2.348492554412709E-008 OutArr : 2.348492554412709E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.409161608148838E-008 Spc. emissions: 5.409161608148838E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 4) Added total emissions to output array: Species: 50 SpcFlx : 5.409161608148838E-008 OutArr : 5.409161608148838E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.814648423098841E-008 Spc. emissions: 9.814648423098841E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 4) Added total emissions to output array: Species: 51 SpcFlx : 9.814648423098841E-008 OutArr : 9.814648423098841E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.073679224213586E-007 Spc. emissions: 1.073679224213586E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 4) Added total emissions to output array: Species: 52 SpcFlx : 1.073679224213586E-007 OutArr : 1.073679224213586E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.278888567750888E-010 Spc. emissions: 3.278888567750888E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.403637444223766E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.519004225532534E-009 Spc. emissions: 3.922641669756305E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.922641669756305E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 4) Added total emissions to output array: Species: 53 SpcFlx : 3.922641669756305E-009 OutArr : 3.922641669756305E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.276793865317564E-009 Spc. emissions: 1.276793865317564E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.276793865317564E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 4) Added total emissions to output array: Species: 72 SpcFlx : 1.276793865317564E-009 OutArr : 1.276793865317564E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.357415966496406E-008 Spc. emissions: 3.357415966496406E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 4) Added total emissions to output array: Species: 121 SpcFlx : 3.357415966496406E-008 OutArr : 3.357415966496406E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.624590154178539E-009 Spc. emissions: 1.624590154178539E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 4) Added total emissions to output array: Species: 124 SpcFlx : 1.624590154178539E-009 OutArr : 1.624590154178539E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 4) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.008518760537238E-010 Spc. emissions: 6.008518760537238E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.008518760537238E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 4) Added total emissions to output array: Species: 135 SpcFlx : 6.008518760537238E-010 OutArr : 6.008518760537238E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.371851423667855E-010 Spc. emissions: 4.371851423667855E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.371851423667855E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 4) Added total emissions to output array: Species: 138 SpcFlx : 4.371851423667855E-010 OutArr : 4.371851423667855E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.228828179110903E-008 Spc. emissions: 1.228828179110903E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 4) Added total emissions to output array: Species: 146 SpcFlx : 1.228828179110903E-008 OutArr : 1.228828179110903E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.287087628624610E-009 Spc. emissions: 5.287087628624610E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 4) Added total emissions to output array: Species: 147 SpcFlx : 5.287087628624610E-009 OutArr : 5.287087628624610E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 4) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.020974665469749E-008 Spc. emissions: 1.020974665469749E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.137778027247074E-009 Spc. emissions: 1.334752468194457E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.366633246946597E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 4) Added total emissions to output array: Species: 161 SpcFlx : 1.366633246946597E-008 OutArr : 1.366633246946597E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 4) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 4) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 4) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.674911504040280E-010 Spc. emissions: 4.674911504040280E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.460464555516420E-009 Spc. emissions: 3.927955705920443E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.853595921533289E-011 Spc. emissions: 3.956491665135774E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.966160877344427E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 4) Added total emissions to output array: Species: 177 SpcFlx : 3.966160877344427E-009 OutArr : 3.966160877344427E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 4) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 4) Added total emissions to output array: Species: 190 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 4) Added total emissions to output array: Species: 191 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.001924223735759E-009 Spc. emissions: 6.001924223735759E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 4) Added total emissions to output array: Species: 192 SpcFlx : 6.001924223735759E-009 OutArr : 6.001924223735759E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 4) Added total emissions to output array: Species: 193 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 4) Added total emissions to output array: Species: 194 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.632640117424187E-007 Spc. emissions: 3.632640117424187E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 4) Added total emissions to output array: Species: 195 SpcFlx : 3.632640117424187E-007 OutArr : 3.632640117424187E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 4) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 4) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.704852386472439E-009 Spc. emissions: 5.704852386472439E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.736868084193144E-009 Spc. emissions: 7.441720470665594E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.732207726382819E-012 Spc. emissions: 7.449452678391985E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.459186385343479E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 4) Added total emissions to output array: Species: 201 SpcFlx : 7.459186385343479E-009 OutArr : 7.459186385343479E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.736868084193144E-009 Spc. emissions: 1.736868084193144E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 4) Added total emissions to output array: Species: 202 SpcFlx : 1.736868084193144E-009 OutArr : 1.736868084193144E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.251454432121849E-009 Spc. emissions: 1.251454432121849E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.949058934838397E-012 Spc. emissions: 1.258403491056693E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 4) Added total emissions to output array: Species: 203 SpcFlx : 1.258403491056693E-009 OutArr : 1.258403491056693E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.295485927065691E-009 Spc. emissions: 1.295485927065691E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.766113956798009E-012 Spc. emissions: 1.302252041022497E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 4) Added total emissions to output array: Species: 204 SpcFlx : 1.302252041022497E-009 OutArr : 1.302252041022497E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.567529345500731E-009 Spc. emissions: 2.567529345500731E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.567529345500731E-009 OutArr : 2.567529345500731E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 4) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 4) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 4) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 4) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 4) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 4) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 4) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 4) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.301959390361815E-009 Spc. emissions: 2.301959390361815E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.301959390361815E-009 OutArr : 2.301959390361815E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 4) Successfully updated diagnostics: EmisNO2_Ship (counter: 4) Successfully updated diagnostics: EmisHNO3_Ship (counter: 4) Successfully updated diagnostics: EmisO3_Ship (counter: 4) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 4) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 4) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 4) Successfully updated diagnostics: EmisCO_BioBurn (counter: 4) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 4) Successfully updated diagnostics: EmisACET_BioBurn (counter: 4) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 4) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 4) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 4) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 4) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 4) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 4) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 4) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 4) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 4) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 4) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 4) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 4) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 4) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 4) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 4) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 4) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 4) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 4) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 4) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 4) Successfully updated diagnostics: EmisALD2_Total (counter: 4) Successfully updated diagnostics: EmisALK4_Total (counter: 4) Successfully updated diagnostics: EmisBCPI_Total (counter: 4) Successfully updated diagnostics: EmisBCPO_Total (counter: 4) Successfully updated diagnostics: EmisBENZ_Total (counter: 4) Successfully updated diagnostics: EmisC2H6_Total (counter: 4) Successfully updated diagnostics: EmisC3H8_Total (counter: 4) Successfully updated diagnostics: EmisCH2O_Total (counter: 4) Successfully updated diagnostics: EmisCO_Total (counter: 4) Successfully updated diagnostics: EmisDST1_Total (counter: 4) Successfully updated diagnostics: EmisEOH_Total (counter: 4) Successfully updated diagnostics: EmisHCOOH_Total (counter: 4) Successfully updated diagnostics: EmisISOP_Total (counter: 4) Successfully updated diagnostics: EmisMACR_Total (counter: 4) Successfully updated diagnostics: EmisMEK_Total (counter: 4) Successfully updated diagnostics: EmisMOH_Total (counter: 4) Successfully updated diagnostics: EmisMTPA_Total (counter: 4) Successfully updated diagnostics: EmisNH3_Total (counter: 4) Successfully updated diagnostics: EmisNO_Total (counter: 4) Successfully updated diagnostics: EmisOCPI_Total (counter: 4) Successfully updated diagnostics: EmisOCPO_Total (counter: 4) Successfully updated diagnostics: EmispFe_Total (counter: 4) Successfully updated diagnostics: EmisPRPE_Total (counter: 4) Successfully updated diagnostics: EmisRCHO_Total (counter: 4) Successfully updated diagnostics: EmisSO2_Total (counter: 4) Successfully updated diagnostics: EmisSO4_Total (counter: 4) Successfully updated diagnostics: EmisSOAP_Total (counter: 4) Successfully updated diagnostics: EmisTOLU_Total (counter: 4) Successfully updated diagnostics: EmisXYLE_Total (counter: 4) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 01:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 01:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.268798714451014E-009 Spc. emissions: 7.268798714451014E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.268999302250684E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.268999302250684E-009 OutArr : 7.268999302250684E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.513908832710026E-010 Spc. emissions: 2.513908832710026E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.339796285237031E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.519842034055807E-009 Spc. emissions: 3.859638319292832E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.859638319292832E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.861958288745045E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.861958288745045E-009 OutArr : 3.861958288745045E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.948906429652367E-009 Spc. emissions: 9.948906429652367E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.488514149212687E-010 Spc. emissions: 1.009775784457371E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.010936855354900E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 5) Added total emissions to output array: Species: 5 SpcFlx : 1.010936855354900E-008 OutArr : 1.010936855354900E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 5) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 5) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.686347744719346E-010 Spc. emissions: 8.686347744719346E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.182347817570080E-011 Spc. emissions: 8.804582526476388E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 5) Added total emissions to output array: Species: 9 SpcFlx : 8.804582526476388E-010 OutArr : 8.804582526476388E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.300882937791244E-011 Spc. emissions: 2.300882937791244E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 5) Added total emissions to output array: Species: 16 SpcFlx : 2.300882937791244E-011 OutArr : 2.300882937791244E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.392599998557619E-009 Spc. emissions: 1.392599998557619E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 5) Added total emissions to output array: Species: 17 SpcFlx : 1.392599998557619E-009 OutArr : 1.392599998557619E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.182141765151114E-011 Spc. emissions: 1.614661335873550E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614944528664088E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 5) Added total emissions to output array: Species: 18 SpcFlx : 1.614944528664088E-009 OutArr : 1.614944528664088E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.349741705477738E-009 Spc. emissions: 2.349741705477738E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.053683751871273E-011 Spc. emissions: 2.410278542996450E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.410320951057817E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 5) Added total emissions to output array: Species: 19 SpcFlx : 2.410320951057817E-009 OutArr : 2.410320951057817E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 5) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 5) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 5) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 5) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.845888348162400E-010 Spc. emissions: 2.845888348162400E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.845888348162400E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.912732049907784E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 5) Added total emissions to output array: Species: 31 SpcFlx : 2.912732049907784E-010 OutArr : 2.912732049907784E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 5) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 5) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.267902216501459E-008 Spc. emissions: 8.267902216501459E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.120609843490445E-010 Spc. emissions: 8.279108314936369E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.293215136958596E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 5) Added total emissions to output array: Species: 47 SpcFlx : 8.293215136958596E-008 OutArr : 8.293215136958596E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.153543583835029E-008 Spc. emissions: 2.348492554412709E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 5) Added total emissions to output array: Species: 49 SpcFlx : 2.348492554412709E-008 OutArr : 2.348492554412709E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.409161608148838E-008 Spc. emissions: 5.409161608148838E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 5) Added total emissions to output array: Species: 50 SpcFlx : 5.409161608148838E-008 OutArr : 5.409161608148838E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.814648423098841E-008 Spc. emissions: 9.814648423098841E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 5) Added total emissions to output array: Species: 51 SpcFlx : 9.814648423098841E-008 OutArr : 9.814648423098841E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.073679224213586E-007 Spc. emissions: 1.073679224213586E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 5) Added total emissions to output array: Species: 52 SpcFlx : 1.073679224213586E-007 OutArr : 1.073679224213586E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.278888567750888E-010 Spc. emissions: 3.278888567750888E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.403637444223766E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.519004225532534E-009 Spc. emissions: 3.922641669756305E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.922641669756305E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 5) Added total emissions to output array: Species: 53 SpcFlx : 3.922641669756305E-009 OutArr : 3.922641669756305E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.276793865317564E-009 Spc. emissions: 1.276793865317564E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.276793865317564E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 5) Added total emissions to output array: Species: 72 SpcFlx : 1.276793865317564E-009 OutArr : 1.276793865317564E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.357415966496406E-008 Spc. emissions: 3.357415966496406E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 5) Added total emissions to output array: Species: 121 SpcFlx : 3.357415966496406E-008 OutArr : 3.357415966496406E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.624590154178539E-009 Spc. emissions: 1.624590154178539E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 5) Added total emissions to output array: Species: 124 SpcFlx : 1.624590154178539E-009 OutArr : 1.624590154178539E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 5) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.008518760537238E-010 Spc. emissions: 6.008518760537238E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.008518760537238E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 5) Added total emissions to output array: Species: 135 SpcFlx : 6.008518760537238E-010 OutArr : 6.008518760537238E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.371851423667855E-010 Spc. emissions: 4.371851423667855E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.371851423667855E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 5) Added total emissions to output array: Species: 138 SpcFlx : 4.371851423667855E-010 OutArr : 4.371851423667855E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.228828179110903E-008 Spc. emissions: 1.228828179110903E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 5) Added total emissions to output array: Species: 146 SpcFlx : 1.228828179110903E-008 OutArr : 1.228828179110903E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.287087628624610E-009 Spc. emissions: 5.287087628624610E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 5) Added total emissions to output array: Species: 147 SpcFlx : 5.287087628624610E-009 OutArr : 5.287087628624610E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 5) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.020974665469749E-008 Spc. emissions: 1.020974665469749E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.137778027247074E-009 Spc. emissions: 1.334752468194457E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.366633246946597E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 5) Added total emissions to output array: Species: 161 SpcFlx : 1.366633246946597E-008 OutArr : 1.366633246946597E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 5) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 5) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 5) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.674911504040280E-010 Spc. emissions: 4.674911504040280E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.460464555516420E-009 Spc. emissions: 3.927955705920443E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.853595921533289E-011 Spc. emissions: 3.956491665135774E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.966160877344427E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 5) Added total emissions to output array: Species: 177 SpcFlx : 3.966160877344427E-009 OutArr : 3.966160877344427E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 5) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 5) Added total emissions to output array: Species: 190 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 5) Added total emissions to output array: Species: 191 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.001924223735759E-009 Spc. emissions: 6.001924223735759E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 5) Added total emissions to output array: Species: 192 SpcFlx : 6.001924223735759E-009 OutArr : 6.001924223735759E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 5) Added total emissions to output array: Species: 193 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 5) Added total emissions to output array: Species: 194 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.632640117424187E-007 Spc. emissions: 3.632640117424187E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 5) Added total emissions to output array: Species: 195 SpcFlx : 3.632640117424187E-007 OutArr : 3.632640117424187E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 5) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 5) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.704852386472439E-009 Spc. emissions: 5.704852386472439E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.736868084193144E-009 Spc. emissions: 7.441720470665594E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.732207726382819E-012 Spc. emissions: 7.449452678391985E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.459186385343479E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 5) Added total emissions to output array: Species: 201 SpcFlx : 7.459186385343479E-009 OutArr : 7.459186385343479E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.736868084193144E-009 Spc. emissions: 1.736868084193144E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 5) Added total emissions to output array: Species: 202 SpcFlx : 1.736868084193144E-009 OutArr : 1.736868084193144E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.251454432121849E-009 Spc. emissions: 1.251454432121849E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.949058934838397E-012 Spc. emissions: 1.258403491056693E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 5) Added total emissions to output array: Species: 203 SpcFlx : 1.258403491056693E-009 OutArr : 1.258403491056693E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.295485927065691E-009 Spc. emissions: 1.295485927065691E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.766113956798009E-012 Spc. emissions: 1.302252041022497E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 5) Added total emissions to output array: Species: 204 SpcFlx : 1.302252041022497E-009 OutArr : 1.302252041022497E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.567529345500731E-009 Spc. emissions: 2.567529345500731E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.567529345500731E-009 OutArr : 2.567529345500731E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 5) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 5) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 5) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 5) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 5) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 5) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 5) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 5) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.301959390361815E-009 Spc. emissions: 2.301959390361815E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.301959390361815E-009 OutArr : 2.301959390361815E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 5) Successfully updated diagnostics: EmisNO2_Ship (counter: 5) Successfully updated diagnostics: EmisHNO3_Ship (counter: 5) Successfully updated diagnostics: EmisO3_Ship (counter: 5) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 5) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 5) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 5) Successfully updated diagnostics: EmisCO_BioBurn (counter: 5) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 5) Successfully updated diagnostics: EmisACET_BioBurn (counter: 5) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 5) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 5) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 5) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 5) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 5) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 5) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 5) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 5) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 5) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 5) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 5) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 5) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 5) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 5) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 5) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 5) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 5) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 5) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 5) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 5) Successfully updated diagnostics: EmisALD2_Total (counter: 5) Successfully updated diagnostics: EmisALK4_Total (counter: 5) Successfully updated diagnostics: EmisBCPI_Total (counter: 5) Successfully updated diagnostics: EmisBCPO_Total (counter: 5) Successfully updated diagnostics: EmisBENZ_Total (counter: 5) Successfully updated diagnostics: EmisC2H6_Total (counter: 5) Successfully updated diagnostics: EmisC3H8_Total (counter: 5) Successfully updated diagnostics: EmisCH2O_Total (counter: 5) Successfully updated diagnostics: EmisCO_Total (counter: 5) Successfully updated diagnostics: EmisDST1_Total (counter: 5) Successfully updated diagnostics: EmisEOH_Total (counter: 5) Successfully updated diagnostics: EmisHCOOH_Total (counter: 5) Successfully updated diagnostics: EmisISOP_Total (counter: 5) Successfully updated diagnostics: EmisMACR_Total (counter: 5) Successfully updated diagnostics: EmisMEK_Total (counter: 5) Successfully updated diagnostics: EmisMOH_Total (counter: 5) Successfully updated diagnostics: EmisMTPA_Total (counter: 5) Successfully updated diagnostics: EmisNH3_Total (counter: 5) Successfully updated diagnostics: EmisNO_Total (counter: 5) Successfully updated diagnostics: EmisOCPI_Total (counter: 5) Successfully updated diagnostics: EmisOCPO_Total (counter: 5) Successfully updated diagnostics: EmispFe_Total (counter: 5) Successfully updated diagnostics: EmisPRPE_Total (counter: 5) Successfully updated diagnostics: EmisRCHO_Total (counter: 5) Successfully updated diagnostics: EmisSO2_Total (counter: 5) Successfully updated diagnostics: EmisSO4_Total (counter: 5) Successfully updated diagnostics: EmisSOAP_Total (counter: 5) Successfully updated diagnostics: EmisTOLU_Total (counter: 5) Successfully updated diagnostics: EmisXYLE_Total (counter: 5) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 01:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 01:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.268798714451014E-009 Spc. emissions: 7.268798714451014E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.268999302250684E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.268999302250684E-009 OutArr : 7.268999302250684E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.513908832710026E-010 Spc. emissions: 2.513908832710026E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.339796285237031E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.519842034055807E-009 Spc. emissions: 3.859638319292832E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.859638319292832E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.861958288745045E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.861958288745045E-009 OutArr : 3.861958288745045E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.948906429652367E-009 Spc. emissions: 9.948906429652367E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.488514149212687E-010 Spc. emissions: 1.009775784457371E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.010936855354900E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 6) Added total emissions to output array: Species: 5 SpcFlx : 1.010936855354900E-008 OutArr : 1.010936855354900E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 6) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 6) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.686347744719346E-010 Spc. emissions: 8.686347744719346E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.182347817570080E-011 Spc. emissions: 8.804582526476388E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 6) Added total emissions to output array: Species: 9 SpcFlx : 8.804582526476388E-010 OutArr : 8.804582526476388E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.300882937791244E-011 Spc. emissions: 2.300882937791244E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 6) Added total emissions to output array: Species: 16 SpcFlx : 2.300882937791244E-011 OutArr : 2.300882937791244E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.392599998557619E-009 Spc. emissions: 1.392599998557619E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 6) Added total emissions to output array: Species: 17 SpcFlx : 1.392599998557619E-009 OutArr : 1.392599998557619E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.182141765151114E-011 Spc. emissions: 1.614661335873550E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614944528664088E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 6) Added total emissions to output array: Species: 18 SpcFlx : 1.614944528664088E-009 OutArr : 1.614944528664088E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.349741705477738E-009 Spc. emissions: 2.349741705477738E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.053683751871273E-011 Spc. emissions: 2.410278542996450E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.410320951057817E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 6) Added total emissions to output array: Species: 19 SpcFlx : 2.410320951057817E-009 OutArr : 2.410320951057817E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 6) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 6) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 6) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 6) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.845888348162400E-010 Spc. emissions: 2.845888348162400E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.845888348162400E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.912732049907784E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 6) Added total emissions to output array: Species: 31 SpcFlx : 2.912732049907784E-010 OutArr : 2.912732049907784E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 6) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 6) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.267902216501459E-008 Spc. emissions: 8.267902216501459E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.120609843490445E-010 Spc. emissions: 8.279108314936369E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.293215136958596E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 6) Added total emissions to output array: Species: 47 SpcFlx : 8.293215136958596E-008 OutArr : 8.293215136958596E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.153543583835029E-008 Spc. emissions: 2.348492554412709E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 6) Added total emissions to output array: Species: 49 SpcFlx : 2.348492554412709E-008 OutArr : 2.348492554412709E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.409161608148838E-008 Spc. emissions: 5.409161608148838E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 6) Added total emissions to output array: Species: 50 SpcFlx : 5.409161608148838E-008 OutArr : 5.409161608148838E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.814648423098841E-008 Spc. emissions: 9.814648423098841E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 6) Added total emissions to output array: Species: 51 SpcFlx : 9.814648423098841E-008 OutArr : 9.814648423098841E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.073679224213586E-007 Spc. emissions: 1.073679224213586E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 6) Added total emissions to output array: Species: 52 SpcFlx : 1.073679224213586E-007 OutArr : 1.073679224213586E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.278888567750888E-010 Spc. emissions: 3.278888567750888E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.403637444223766E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.519004225532534E-009 Spc. emissions: 3.922641669756305E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.922641669756305E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 6) Added total emissions to output array: Species: 53 SpcFlx : 3.922641669756305E-009 OutArr : 3.922641669756305E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.276793865317564E-009 Spc. emissions: 1.276793865317564E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.276793865317564E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 6) Added total emissions to output array: Species: 72 SpcFlx : 1.276793865317564E-009 OutArr : 1.276793865317564E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.357415966496406E-008 Spc. emissions: 3.357415966496406E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 6) Added total emissions to output array: Species: 121 SpcFlx : 3.357415966496406E-008 OutArr : 3.357415966496406E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.624590154178539E-009 Spc. emissions: 1.624590154178539E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 6) Added total emissions to output array: Species: 124 SpcFlx : 1.624590154178539E-009 OutArr : 1.624590154178539E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 6) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.008518760537238E-010 Spc. emissions: 6.008518760537238E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.008518760537238E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 6) Added total emissions to output array: Species: 135 SpcFlx : 6.008518760537238E-010 OutArr : 6.008518760537238E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.371851423667855E-010 Spc. emissions: 4.371851423667855E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.371851423667855E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 6) Added total emissions to output array: Species: 138 SpcFlx : 4.371851423667855E-010 OutArr : 4.371851423667855E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.228828179110903E-008 Spc. emissions: 1.228828179110903E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 6) Added total emissions to output array: Species: 146 SpcFlx : 1.228828179110903E-008 OutArr : 1.228828179110903E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.287087628624610E-009 Spc. emissions: 5.287087628624610E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 6) Added total emissions to output array: Species: 147 SpcFlx : 5.287087628624610E-009 OutArr : 5.287087628624610E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 6) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.020974665469749E-008 Spc. emissions: 1.020974665469749E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.137778027247074E-009 Spc. emissions: 1.334752468194457E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.366633246946597E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 6) Added total emissions to output array: Species: 161 SpcFlx : 1.366633246946597E-008 OutArr : 1.366633246946597E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 6) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 6) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 6) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.674911504040280E-010 Spc. emissions: 4.674911504040280E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.460464555516420E-009 Spc. emissions: 3.927955705920443E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.853595921533289E-011 Spc. emissions: 3.956491665135774E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.966160877344427E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 6) Added total emissions to output array: Species: 177 SpcFlx : 3.966160877344427E-009 OutArr : 3.966160877344427E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 6) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 6) Added total emissions to output array: Species: 190 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.090465846639840E-008 Spc. emissions: 1.090465846639840E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 6) Added total emissions to output array: Species: 191 SpcFlx : 1.090465846639840E-008 OutArr : 1.090465846639840E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.001924223735759E-009 Spc. emissions: 6.001924223735759E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 6) Added total emissions to output array: Species: 192 SpcFlx : 6.001924223735759E-009 OutArr : 6.001924223735759E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 6) Added total emissions to output array: Species: 193 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.599999989202188E-007 Spc. emissions: 6.599999989202188E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 6) Added total emissions to output array: Species: 194 SpcFlx : 6.599999989202188E-007 OutArr : 6.599999989202188E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.632640117424187E-007 Spc. emissions: 3.632640117424187E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 6) Added total emissions to output array: Species: 195 SpcFlx : 3.632640117424187E-007 OutArr : 3.632640117424187E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 6) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 6) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.704852386472439E-009 Spc. emissions: 5.704852386472439E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.736868084193144E-009 Spc. emissions: 7.441720470665594E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.732207726382819E-012 Spc. emissions: 7.449452678391985E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.459186385343479E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 6) Added total emissions to output array: Species: 201 SpcFlx : 7.459186385343479E-009 OutArr : 7.459186385343479E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.736868084193144E-009 Spc. emissions: 1.736868084193144E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 6) Added total emissions to output array: Species: 202 SpcFlx : 1.736868084193144E-009 OutArr : 1.736868084193144E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.251454432121849E-009 Spc. emissions: 1.251454432121849E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.949058934838397E-012 Spc. emissions: 1.258403491056693E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 6) Added total emissions to output array: Species: 203 SpcFlx : 1.258403491056693E-009 OutArr : 1.258403491056693E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.295485927065691E-009 Spc. emissions: 1.295485927065691E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.766113956798009E-012 Spc. emissions: 1.302252041022497E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 6) Added total emissions to output array: Species: 204 SpcFlx : 1.302252041022497E-009 OutArr : 1.302252041022497E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.567529345500731E-009 Spc. emissions: 2.567529345500731E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.567529345500731E-009 OutArr : 2.567529345500731E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 6) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 6) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 6) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 6) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 6) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 6) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 6) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 6) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7759099 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.301959390361815E-009 Spc. emissions: 2.301959390361815E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.301959390361815E-009 OutArr : 2.301959390361815E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 6) Successfully updated diagnostics: EmisNO2_Ship (counter: 6) Successfully updated diagnostics: EmisHNO3_Ship (counter: 6) Successfully updated diagnostics: EmisO3_Ship (counter: 6) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 6) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 6) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 6) Successfully updated diagnostics: EmisCO_BioBurn (counter: 6) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 6) Successfully updated diagnostics: EmisACET_BioBurn (counter: 6) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 6) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 6) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 6) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 6) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 6) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 6) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 6) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 6) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 6) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 6) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 6) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 6) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 6) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 6) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 6) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 6) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 6) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 6) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 6) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 6) Successfully updated diagnostics: EmisALD2_Total (counter: 6) Successfully updated diagnostics: EmisALK4_Total (counter: 6) Successfully updated diagnostics: EmisBCPI_Total (counter: 6) Successfully updated diagnostics: EmisBCPO_Total (counter: 6) Successfully updated diagnostics: EmisBENZ_Total (counter: 6) Successfully updated diagnostics: EmisC2H6_Total (counter: 6) Successfully updated diagnostics: EmisC3H8_Total (counter: 6) Successfully updated diagnostics: EmisCH2O_Total (counter: 6) Successfully updated diagnostics: EmisCO_Total (counter: 6) Successfully updated diagnostics: EmisDST1_Total (counter: 6) Successfully updated diagnostics: EmisEOH_Total (counter: 6) Successfully updated diagnostics: EmisHCOOH_Total (counter: 6) Successfully updated diagnostics: EmisISOP_Total (counter: 6) Successfully updated diagnostics: EmisMACR_Total (counter: 6) Successfully updated diagnostics: EmisMEK_Total (counter: 6) Successfully updated diagnostics: EmisMOH_Total (counter: 6) Successfully updated diagnostics: EmisMTPA_Total (counter: 6) Successfully updated diagnostics: EmisNH3_Total (counter: 6) Successfully updated diagnostics: EmisNO_Total (counter: 6) Successfully updated diagnostics: EmisOCPI_Total (counter: 6) Successfully updated diagnostics: EmisOCPO_Total (counter: 6) Successfully updated diagnostics: EmispFe_Total (counter: 6) Successfully updated diagnostics: EmisPRPE_Total (counter: 6) Successfully updated diagnostics: EmisRCHO_Total (counter: 6) Successfully updated diagnostics: EmisSO2_Total (counter: 6) Successfully updated diagnostics: EmisSO4_Total (counter: 6) Successfully updated diagnostics: EmisSOAP_Total (counter: 6) Successfully updated diagnostics: EmisTOLU_Total (counter: 6) Successfully updated diagnostics: EmisXYLE_Total (counter: 6) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 01:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 02:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.462607840683910E-009 Spc. emissions: 7.462607840683910E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.462808428483555E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.462808428483555E-009 OutArr : 7.462808428483555E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.512918963364402E-010 Spc. emissions: 2.512918963364402E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.339697298302467E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.942088047743705E-009 Spc. emissions: 4.281785346046172E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.281785346046172E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.284105315498391E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.284105315498391E-009 OutArr : 4.284105315498391E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.917152416481358E-009 Spc. emissions: 9.917152416481358E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.496280976266436E-010 Spc. emissions: 1.006678051410808E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.007839122308337E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 7) Added total emissions to output array: Species: 5 SpcFlx : 1.007839122308337E-008 OutArr : 1.007839122308337E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 7) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 7) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.772284161608832E-010 Spc. emissions: 8.772284161608832E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.160070900018937E-011 Spc. emissions: 8.888291251610759E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 7) Added total emissions to output array: Species: 9 SpcFlx : 8.888291251610759E-010 OutArr : 8.888291251610759E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.306528742377212E-011 Spc. emissions: 2.306528742377212E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 7) Added total emissions to output array: Species: 16 SpcFlx : 2.306528742377212E-011 OutArr : 2.306528742377212E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396017091072567E-009 Spc. emissions: 1.396017091072567E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 7) Added total emissions to output array: Species: 17 SpcFlx : 1.396017091072567E-009 OutArr : 1.396017091072567E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.211776813324328E-011 Spc. emissions: 1.614957686355282E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.615240879145819E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 7) Added total emissions to output array: Species: 18 SpcFlx : 1.615240879145819E-009 OutArr : 1.615240879145819E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.351665002318716E-009 Spc. emissions: 2.351665002318716E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.135897109396393E-011 Spc. emissions: 2.413023973412679E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.413066381474047E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 7) Added total emissions to output array: Species: 19 SpcFlx : 2.413066381474047E-009 OutArr : 2.413066381474047E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 7) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 7) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 7) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 7) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.941105503929684E-010 Spc. emissions: 2.941105503929684E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.941105503929684E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.007949205675071E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 7) Added total emissions to output array: Species: 31 SpcFlx : 3.007949205675071E-010 OutArr : 3.007949205675071E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 7) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 7) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.135394196488875E-008 Spc. emissions: 8.135394196488875E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.098757953498111E-010 Spc. emissions: 8.146381776023856E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.160488598046077E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 7) Added total emissions to output array: Species: 47 SpcFlx : 8.160488598046077E-008 OutArr : 8.160488598046077E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.163333133022855E-008 Spc. emissions: 2.358282103600535E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 7) Added total emissions to output array: Species: 49 SpcFlx : 2.358282103600535E-008 OutArr : 2.358282103600535E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.433750582700122E-008 Spc. emissions: 5.433750582700122E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 7) Added total emissions to output array: Species: 50 SpcFlx : 5.433750582700122E-008 OutArr : 5.433750582700122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.859263662906344E-008 Spc. emissions: 9.859263662906344E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 7) Added total emissions to output array: Species: 51 SpcFlx : 9.859263662906344E-008 OutArr : 9.859263662906344E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.078559981582825E-007 Spc. emissions: 1.078559981582825E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 7) Added total emissions to output array: Species: 52 SpcFlx : 1.078559981582825E-007 OutArr : 1.078559981582825E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.247563229432241E-010 Spc. emissions: 3.247563229432241E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.400504910391902E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.941109838918250E-009 Spc. emissions: 4.341614749310158E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.341614749310158E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 7) Added total emissions to output array: Species: 53 SpcFlx : 4.341614749310158E-009 OutArr : 4.341614749310158E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.275606971543675E-009 Spc. emissions: 1.275606971543675E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.275606971543675E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 7) Added total emissions to output array: Species: 72 SpcFlx : 1.275606971543675E-009 OutArr : 1.275606971543675E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 4.386592089220448E-008 Spc. emissions: 4.386592089220448E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 7) Added total emissions to output array: Species: 121 SpcFlx : 4.386592089220448E-008 OutArr : 4.386592089220448E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.715120096080660E-009 Spc. emissions: 1.715120096080660E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 7) Added total emissions to output array: Species: 124 SpcFlx : 1.715120096080660E-009 OutArr : 1.715120096080660E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 7) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.873296526367207E-010 Spc. emissions: 5.873296526367207E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.873296526367207E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 7) Added total emissions to output array: Species: 135 SpcFlx : 5.873296526367207E-010 OutArr : 5.873296526367207E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.330084305909665E-010 Spc. emissions: 4.330084305909665E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.330084305909665E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 7) Added total emissions to output array: Species: 138 SpcFlx : 4.330084305909665E-010 OutArr : 4.330084305909665E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.326872850054788E-008 Spc. emissions: 1.326872850054788E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 7) Added total emissions to output array: Species: 146 SpcFlx : 1.326872850054788E-008 OutArr : 1.326872850054788E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.751357973543199E-009 Spc. emissions: 5.751357973543199E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 7) Added total emissions to output array: Species: 147 SpcFlx : 5.751357973543199E-009 OutArr : 5.751357973543199E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 7) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.008476344860011E-008 Spc. emissions: 1.008476344860011E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.176646432736971E-009 Spc. emissions: 1.326140988133707E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.358021766885849E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 7) Added total emissions to output array: Species: 161 SpcFlx : 1.358021766885849E-008 OutArr : 1.358021766885849E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 7) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 7) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 7) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.660526964050571E-010 Spc. emissions: 4.660526964050571E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.582962658753470E-009 Spc. emissions: 4.049015355158509E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.797957358490145E-011 Spc. emissions: 4.076994928743418E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.086664140952084E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 7) Added total emissions to output array: Species: 177 SpcFlx : 4.086664140952084E-009 OutArr : 4.086664140952084E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 7) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093141583408834E-008 Spc. emissions: 1.093141583408834E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 7) Added total emissions to output array: Species: 190 SpcFlx : 1.093141583408834E-008 OutArr : 1.093141583408834E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093141583408834E-008 Spc. emissions: 1.093141583408834E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 7) Added total emissions to output array: Species: 191 SpcFlx : 1.093141583408834E-008 OutArr : 1.093141583408834E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.016651479412424E-009 Spc. emissions: 6.016651479412424E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 7) Added total emissions to output array: Species: 192 SpcFlx : 6.016651479412424E-009 OutArr : 6.016651479412424E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.616194740448156E-007 Spc. emissions: 6.616194740448156E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 7) Added total emissions to output array: Species: 193 SpcFlx : 6.616194740448156E-007 OutArr : 6.616194740448156E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.616194740448156E-007 Spc. emissions: 6.616194740448156E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 7) Added total emissions to output array: Species: 194 SpcFlx : 6.616194740448156E-007 OutArr : 6.616194740448156E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.641553708812697E-007 Spc. emissions: 3.641553708812697E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 7) Added total emissions to output array: Species: 195 SpcFlx : 3.641553708812697E-007 OutArr : 3.641553708812697E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 7) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 7) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.613421854954204E-009 Spc. emissions: 5.613421854954204E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.994850111331274E-009 Spc. emissions: 7.608271966285483E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.581429689212889E-012 Spc. emissions: 7.615853395974691E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.625587102926207E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 7) Added total emissions to output array: Species: 201 SpcFlx : 7.625587102926207E-009 OutArr : 7.625587102926207E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.994850111331274E-009 Spc. emissions: 1.994850111331274E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 7) Added total emissions to output array: Species: 202 SpcFlx : 1.994850111331274E-009 OutArr : 1.994850111331274E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.239320721416756E-009 Spc. emissions: 1.239320721416756E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.829091222149494E-012 Spc. emissions: 1.246149812638912E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 7) Added total emissions to output array: Species: 203 SpcFlx : 1.246149812638912E-009 OutArr : 1.246149812638912E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.270856488129799E-009 Spc. emissions: 1.270856488129799E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.680759179225615E-012 Spc. emissions: 1.277537247309033E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 7) Added total emissions to output array: Species: 204 SpcFlx : 1.277537247309033E-009 OutArr : 1.277537247309033E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.864736755095900E-009 Spc. emissions: 2.864736755095900E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.864736755095900E-009 OutArr : 2.864736755095900E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 7) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 7) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 7) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 7) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 7) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 7) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 7) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 7) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.280683427123887E-009 Spc. emissions: 2.280683427123887E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.280683427123887E-009 OutArr : 2.280683427123887E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 7) Successfully updated diagnostics: EmisNO2_Ship (counter: 7) Successfully updated diagnostics: EmisHNO3_Ship (counter: 7) Successfully updated diagnostics: EmisO3_Ship (counter: 7) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 7) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 7) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 7) Successfully updated diagnostics: EmisCO_BioBurn (counter: 7) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 7) Successfully updated diagnostics: EmisACET_BioBurn (counter: 7) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 7) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 7) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 7) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 7) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 7) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 7) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 7) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 7) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 7) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 7) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 7) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 7) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 7) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 7) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 7) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 7) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 7) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 7) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 7) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 7) Successfully updated diagnostics: EmisALD2_Total (counter: 7) Successfully updated diagnostics: EmisALK4_Total (counter: 7) Successfully updated diagnostics: EmisBCPI_Total (counter: 7) Successfully updated diagnostics: EmisBCPO_Total (counter: 7) Successfully updated diagnostics: EmisBENZ_Total (counter: 7) Successfully updated diagnostics: EmisC2H6_Total (counter: 7) Successfully updated diagnostics: EmisC3H8_Total (counter: 7) Successfully updated diagnostics: EmisCH2O_Total (counter: 7) Successfully updated diagnostics: EmisCO_Total (counter: 7) Successfully updated diagnostics: EmisDST1_Total (counter: 7) Successfully updated diagnostics: EmisEOH_Total (counter: 7) Successfully updated diagnostics: EmisHCOOH_Total (counter: 7) Successfully updated diagnostics: EmisISOP_Total (counter: 7) Successfully updated diagnostics: EmisMACR_Total (counter: 7) Successfully updated diagnostics: EmisMEK_Total (counter: 7) Successfully updated diagnostics: EmisMOH_Total (counter: 7) Successfully updated diagnostics: EmisMTPA_Total (counter: 7) Successfully updated diagnostics: EmisNH3_Total (counter: 7) Successfully updated diagnostics: EmisNO_Total (counter: 7) Successfully updated diagnostics: EmisOCPI_Total (counter: 7) Successfully updated diagnostics: EmisOCPO_Total (counter: 7) Successfully updated diagnostics: EmispFe_Total (counter: 7) Successfully updated diagnostics: EmisPRPE_Total (counter: 7) Successfully updated diagnostics: EmisRCHO_Total (counter: 7) Successfully updated diagnostics: EmisSO2_Total (counter: 7) Successfully updated diagnostics: EmisSO4_Total (counter: 7) Successfully updated diagnostics: EmisSOAP_Total (counter: 7) Successfully updated diagnostics: EmisTOLU_Total (counter: 7) Successfully updated diagnostics: EmisXYLE_Total (counter: 7) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 02:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 02:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.462607840683910E-009 Spc. emissions: 7.462607840683910E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.462808428483555E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.462808428483555E-009 OutArr : 7.462808428483555E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.512918963364402E-010 Spc. emissions: 2.512918963364402E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.339697298302467E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.942088047743705E-009 Spc. emissions: 4.281785346046172E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.281785346046172E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.284105315498391E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.284105315498391E-009 OutArr : 4.284105315498391E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.917152416481358E-009 Spc. emissions: 9.917152416481358E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.496280976266436E-010 Spc. emissions: 1.006678051410808E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.007839122308337E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 8) Added total emissions to output array: Species: 5 SpcFlx : 1.007839122308337E-008 OutArr : 1.007839122308337E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 8) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 8) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.772284161608832E-010 Spc. emissions: 8.772284161608832E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.160070900018937E-011 Spc. emissions: 8.888291251610759E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 8) Added total emissions to output array: Species: 9 SpcFlx : 8.888291251610759E-010 OutArr : 8.888291251610759E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.306528742377212E-011 Spc. emissions: 2.306528742377212E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 8) Added total emissions to output array: Species: 16 SpcFlx : 2.306528742377212E-011 OutArr : 2.306528742377212E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396017091072567E-009 Spc. emissions: 1.396017091072567E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 8) Added total emissions to output array: Species: 17 SpcFlx : 1.396017091072567E-009 OutArr : 1.396017091072567E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.211776813324328E-011 Spc. emissions: 1.614957686355282E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.615240879145819E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 8) Added total emissions to output array: Species: 18 SpcFlx : 1.615240879145819E-009 OutArr : 1.615240879145819E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.351665002318716E-009 Spc. emissions: 2.351665002318716E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.135897109396393E-011 Spc. emissions: 2.413023973412679E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.413066381474047E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 8) Added total emissions to output array: Species: 19 SpcFlx : 2.413066381474047E-009 OutArr : 2.413066381474047E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 8) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 8) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 8) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 8) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.941105503929684E-010 Spc. emissions: 2.941105503929684E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.941105503929684E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.007949205675071E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 8) Added total emissions to output array: Species: 31 SpcFlx : 3.007949205675071E-010 OutArr : 3.007949205675071E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 8) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 8) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.135394196488875E-008 Spc. emissions: 8.135394196488875E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.098757953498111E-010 Spc. emissions: 8.146381776023856E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.160488598046077E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 8) Added total emissions to output array: Species: 47 SpcFlx : 8.160488598046077E-008 OutArr : 8.160488598046077E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.163333133022855E-008 Spc. emissions: 2.358282103600535E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 8) Added total emissions to output array: Species: 49 SpcFlx : 2.358282103600535E-008 OutArr : 2.358282103600535E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.433750582700122E-008 Spc. emissions: 5.433750582700122E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 8) Added total emissions to output array: Species: 50 SpcFlx : 5.433750582700122E-008 OutArr : 5.433750582700122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.859263662906344E-008 Spc. emissions: 9.859263662906344E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 8) Added total emissions to output array: Species: 51 SpcFlx : 9.859263662906344E-008 OutArr : 9.859263662906344E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.078559981582825E-007 Spc. emissions: 1.078559981582825E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 8) Added total emissions to output array: Species: 52 SpcFlx : 1.078559981582825E-007 OutArr : 1.078559981582825E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.247563229432241E-010 Spc. emissions: 3.247563229432241E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.400504910391902E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.941109838918250E-009 Spc. emissions: 4.341614749310158E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.341614749310158E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 8) Added total emissions to output array: Species: 53 SpcFlx : 4.341614749310158E-009 OutArr : 4.341614749310158E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.275606971543675E-009 Spc. emissions: 1.275606971543675E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.275606971543675E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 8) Added total emissions to output array: Species: 72 SpcFlx : 1.275606971543675E-009 OutArr : 1.275606971543675E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 4.386592089220448E-008 Spc. emissions: 4.386592089220448E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 8) Added total emissions to output array: Species: 121 SpcFlx : 4.386592089220448E-008 OutArr : 4.386592089220448E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.715120096080660E-009 Spc. emissions: 1.715120096080660E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 8) Added total emissions to output array: Species: 124 SpcFlx : 1.715120096080660E-009 OutArr : 1.715120096080660E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 8) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.873296526367207E-010 Spc. emissions: 5.873296526367207E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.873296526367207E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 8) Added total emissions to output array: Species: 135 SpcFlx : 5.873296526367207E-010 OutArr : 5.873296526367207E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.330084305909665E-010 Spc. emissions: 4.330084305909665E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.330084305909665E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 8) Added total emissions to output array: Species: 138 SpcFlx : 4.330084305909665E-010 OutArr : 4.330084305909665E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.326872850054788E-008 Spc. emissions: 1.326872850054788E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 8) Added total emissions to output array: Species: 146 SpcFlx : 1.326872850054788E-008 OutArr : 1.326872850054788E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.751357973543199E-009 Spc. emissions: 5.751357973543199E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 8) Added total emissions to output array: Species: 147 SpcFlx : 5.751357973543199E-009 OutArr : 5.751357973543199E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 8) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.008476344860011E-008 Spc. emissions: 1.008476344860011E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.176646432736971E-009 Spc. emissions: 1.326140988133707E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.358021766885849E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 8) Added total emissions to output array: Species: 161 SpcFlx : 1.358021766885849E-008 OutArr : 1.358021766885849E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 8) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 8) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 8) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.660526964050571E-010 Spc. emissions: 4.660526964050571E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.582962658753470E-009 Spc. emissions: 4.049015355158509E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.797957358490145E-011 Spc. emissions: 4.076994928743418E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.086664140952084E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 8) Added total emissions to output array: Species: 177 SpcFlx : 4.086664140952084E-009 OutArr : 4.086664140952084E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 8) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093141583408834E-008 Spc. emissions: 1.093141583408834E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 8) Added total emissions to output array: Species: 190 SpcFlx : 1.093141583408834E-008 OutArr : 1.093141583408834E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093141583408834E-008 Spc. emissions: 1.093141583408834E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 8) Added total emissions to output array: Species: 191 SpcFlx : 1.093141583408834E-008 OutArr : 1.093141583408834E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.016651479412424E-009 Spc. emissions: 6.016651479412424E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 8) Added total emissions to output array: Species: 192 SpcFlx : 6.016651479412424E-009 OutArr : 6.016651479412424E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.616194740448156E-007 Spc. emissions: 6.616194740448156E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 8) Added total emissions to output array: Species: 193 SpcFlx : 6.616194740448156E-007 OutArr : 6.616194740448156E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.616194740448156E-007 Spc. emissions: 6.616194740448156E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 8) Added total emissions to output array: Species: 194 SpcFlx : 6.616194740448156E-007 OutArr : 6.616194740448156E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.641553708812697E-007 Spc. emissions: 3.641553708812697E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 8) Added total emissions to output array: Species: 195 SpcFlx : 3.641553708812697E-007 OutArr : 3.641553708812697E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 8) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 8) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.613421854954204E-009 Spc. emissions: 5.613421854954204E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.994850111331274E-009 Spc. emissions: 7.608271966285483E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.581429689212889E-012 Spc. emissions: 7.615853395974691E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.625587102926207E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 8) Added total emissions to output array: Species: 201 SpcFlx : 7.625587102926207E-009 OutArr : 7.625587102926207E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.994850111331274E-009 Spc. emissions: 1.994850111331274E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 8) Added total emissions to output array: Species: 202 SpcFlx : 1.994850111331274E-009 OutArr : 1.994850111331274E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.239320721416756E-009 Spc. emissions: 1.239320721416756E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.829091222149494E-012 Spc. emissions: 1.246149812638912E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 8) Added total emissions to output array: Species: 203 SpcFlx : 1.246149812638912E-009 OutArr : 1.246149812638912E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.270856488129799E-009 Spc. emissions: 1.270856488129799E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.680759179225615E-012 Spc. emissions: 1.277537247309033E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 8) Added total emissions to output array: Species: 204 SpcFlx : 1.277537247309033E-009 OutArr : 1.277537247309033E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.864736755095900E-009 Spc. emissions: 2.864736755095900E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.864736755095900E-009 OutArr : 2.864736755095900E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 8) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 8) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 8) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 8) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 8) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 8) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 8) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 8) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.280683427123887E-009 Spc. emissions: 2.280683427123887E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.280683427123887E-009 OutArr : 2.280683427123887E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 8) Successfully updated diagnostics: EmisNO2_Ship (counter: 8) Successfully updated diagnostics: EmisHNO3_Ship (counter: 8) Successfully updated diagnostics: EmisO3_Ship (counter: 8) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 8) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 8) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 8) Successfully updated diagnostics: EmisCO_BioBurn (counter: 8) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 8) Successfully updated diagnostics: EmisACET_BioBurn (counter: 8) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 8) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 8) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 8) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 8) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 8) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 8) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 8) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 8) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 8) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 8) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 8) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 8) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 8) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 8) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 8) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 8) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 8) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 8) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 8) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 8) Successfully updated diagnostics: EmisALD2_Total (counter: 8) Successfully updated diagnostics: EmisALK4_Total (counter: 8) Successfully updated diagnostics: EmisBCPI_Total (counter: 8) Successfully updated diagnostics: EmisBCPO_Total (counter: 8) Successfully updated diagnostics: EmisBENZ_Total (counter: 8) Successfully updated diagnostics: EmisC2H6_Total (counter: 8) Successfully updated diagnostics: EmisC3H8_Total (counter: 8) Successfully updated diagnostics: EmisCH2O_Total (counter: 8) Successfully updated diagnostics: EmisCO_Total (counter: 8) Successfully updated diagnostics: EmisDST1_Total (counter: 8) Successfully updated diagnostics: EmisEOH_Total (counter: 8) Successfully updated diagnostics: EmisHCOOH_Total (counter: 8) Successfully updated diagnostics: EmisISOP_Total (counter: 8) Successfully updated diagnostics: EmisMACR_Total (counter: 8) Successfully updated diagnostics: EmisMEK_Total (counter: 8) Successfully updated diagnostics: EmisMOH_Total (counter: 8) Successfully updated diagnostics: EmisMTPA_Total (counter: 8) Successfully updated diagnostics: EmisNH3_Total (counter: 8) Successfully updated diagnostics: EmisNO_Total (counter: 8) Successfully updated diagnostics: EmisOCPI_Total (counter: 8) Successfully updated diagnostics: EmisOCPO_Total (counter: 8) Successfully updated diagnostics: EmispFe_Total (counter: 8) Successfully updated diagnostics: EmisPRPE_Total (counter: 8) Successfully updated diagnostics: EmisRCHO_Total (counter: 8) Successfully updated diagnostics: EmisSO2_Total (counter: 8) Successfully updated diagnostics: EmisSO4_Total (counter: 8) Successfully updated diagnostics: EmisSOAP_Total (counter: 8) Successfully updated diagnostics: EmisTOLU_Total (counter: 8) Successfully updated diagnostics: EmisXYLE_Total (counter: 8) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 02:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 02:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.462607840683910E-009 Spc. emissions: 7.462607840683910E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.462808428483555E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.462808428483555E-009 OutArr : 7.462808428483555E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.512918963364402E-010 Spc. emissions: 2.512918963364402E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.339697298302467E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.942088047743705E-009 Spc. emissions: 4.281785346046172E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.281785346046172E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.284105315498391E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.284105315498391E-009 OutArr : 4.284105315498391E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.917152416481358E-009 Spc. emissions: 9.917152416481358E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.496280976266436E-010 Spc. emissions: 1.006678051410808E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.007839122308337E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 9) Added total emissions to output array: Species: 5 SpcFlx : 1.007839122308337E-008 OutArr : 1.007839122308337E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 9) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 9) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.772284161608832E-010 Spc. emissions: 8.772284161608832E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.160070900018937E-011 Spc. emissions: 8.888291251610759E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 9) Added total emissions to output array: Species: 9 SpcFlx : 8.888291251610759E-010 OutArr : 8.888291251610759E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.306528742377212E-011 Spc. emissions: 2.306528742377212E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 9) Added total emissions to output array: Species: 16 SpcFlx : 2.306528742377212E-011 OutArr : 2.306528742377212E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396017091072567E-009 Spc. emissions: 1.396017091072567E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 9) Added total emissions to output array: Species: 17 SpcFlx : 1.396017091072567E-009 OutArr : 1.396017091072567E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.211776813324328E-011 Spc. emissions: 1.614957686355282E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.615240879145819E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 9) Added total emissions to output array: Species: 18 SpcFlx : 1.615240879145819E-009 OutArr : 1.615240879145819E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.351665002318716E-009 Spc. emissions: 2.351665002318716E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.135897109396393E-011 Spc. emissions: 2.413023973412679E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.413066381474047E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 9) Added total emissions to output array: Species: 19 SpcFlx : 2.413066381474047E-009 OutArr : 2.413066381474047E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 9) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 9) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 9) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 9) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.941105503929684E-010 Spc. emissions: 2.941105503929684E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.941105503929684E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.007949205675071E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 9) Added total emissions to output array: Species: 31 SpcFlx : 3.007949205675071E-010 OutArr : 3.007949205675071E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 9) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 9) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.135394196488875E-008 Spc. emissions: 8.135394196488875E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.098757953498111E-010 Spc. emissions: 8.146381776023856E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.160488598046077E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 9) Added total emissions to output array: Species: 47 SpcFlx : 8.160488598046077E-008 OutArr : 8.160488598046077E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.163333133022855E-008 Spc. emissions: 2.358282103600535E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 9) Added total emissions to output array: Species: 49 SpcFlx : 2.358282103600535E-008 OutArr : 2.358282103600535E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.433750582700122E-008 Spc. emissions: 5.433750582700122E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 9) Added total emissions to output array: Species: 50 SpcFlx : 5.433750582700122E-008 OutArr : 5.433750582700122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.859263662906344E-008 Spc. emissions: 9.859263662906344E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 9) Added total emissions to output array: Species: 51 SpcFlx : 9.859263662906344E-008 OutArr : 9.859263662906344E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.078559981582825E-007 Spc. emissions: 1.078559981582825E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 9) Added total emissions to output array: Species: 52 SpcFlx : 1.078559981582825E-007 OutArr : 1.078559981582825E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.247563229432241E-010 Spc. emissions: 3.247563229432241E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.400504910391902E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.941109838918250E-009 Spc. emissions: 4.341614749310158E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.341614749310158E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 9) Added total emissions to output array: Species: 53 SpcFlx : 4.341614749310158E-009 OutArr : 4.341614749310158E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.275606971543675E-009 Spc. emissions: 1.275606971543675E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.275606971543675E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 9) Added total emissions to output array: Species: 72 SpcFlx : 1.275606971543675E-009 OutArr : 1.275606971543675E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 4.386592089220448E-008 Spc. emissions: 4.386592089220448E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 9) Added total emissions to output array: Species: 121 SpcFlx : 4.386592089220448E-008 OutArr : 4.386592089220448E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.715120096080660E-009 Spc. emissions: 1.715120096080660E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 9) Added total emissions to output array: Species: 124 SpcFlx : 1.715120096080660E-009 OutArr : 1.715120096080660E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 9) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.873296526367207E-010 Spc. emissions: 5.873296526367207E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.873296526367207E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 9) Added total emissions to output array: Species: 135 SpcFlx : 5.873296526367207E-010 OutArr : 5.873296526367207E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.330084305909665E-010 Spc. emissions: 4.330084305909665E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.330084305909665E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 9) Added total emissions to output array: Species: 138 SpcFlx : 4.330084305909665E-010 OutArr : 4.330084305909665E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.326872850054788E-008 Spc. emissions: 1.326872850054788E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 9) Added total emissions to output array: Species: 146 SpcFlx : 1.326872850054788E-008 OutArr : 1.326872850054788E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.751357973543199E-009 Spc. emissions: 5.751357973543199E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 9) Added total emissions to output array: Species: 147 SpcFlx : 5.751357973543199E-009 OutArr : 5.751357973543199E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 9) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.008476344860011E-008 Spc. emissions: 1.008476344860011E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.176646432736971E-009 Spc. emissions: 1.326140988133707E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.358021766885849E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 9) Added total emissions to output array: Species: 161 SpcFlx : 1.358021766885849E-008 OutArr : 1.358021766885849E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 9) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 9) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 9) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.660526964050571E-010 Spc. emissions: 4.660526964050571E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.582962658753470E-009 Spc. emissions: 4.049015355158509E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.797957358490145E-011 Spc. emissions: 4.076994928743418E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.086664140952084E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 9) Added total emissions to output array: Species: 177 SpcFlx : 4.086664140952084E-009 OutArr : 4.086664140952084E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 9) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093141583408834E-008 Spc. emissions: 1.093141583408834E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 9) Added total emissions to output array: Species: 190 SpcFlx : 1.093141583408834E-008 OutArr : 1.093141583408834E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093141583408834E-008 Spc. emissions: 1.093141583408834E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 9) Added total emissions to output array: Species: 191 SpcFlx : 1.093141583408834E-008 OutArr : 1.093141583408834E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.016651479412424E-009 Spc. emissions: 6.016651479412424E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 9) Added total emissions to output array: Species: 192 SpcFlx : 6.016651479412424E-009 OutArr : 6.016651479412424E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.616194740448156E-007 Spc. emissions: 6.616194740448156E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 9) Added total emissions to output array: Species: 193 SpcFlx : 6.616194740448156E-007 OutArr : 6.616194740448156E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.616194740448156E-007 Spc. emissions: 6.616194740448156E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 9) Added total emissions to output array: Species: 194 SpcFlx : 6.616194740448156E-007 OutArr : 6.616194740448156E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.641553708812697E-007 Spc. emissions: 3.641553708812697E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 9) Added total emissions to output array: Species: 195 SpcFlx : 3.641553708812697E-007 OutArr : 3.641553708812697E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 9) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 9) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.613421854954204E-009 Spc. emissions: 5.613421854954204E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.994850111331274E-009 Spc. emissions: 7.608271966285483E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.581429689212889E-012 Spc. emissions: 7.615853395974691E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.625587102926207E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 9) Added total emissions to output array: Species: 201 SpcFlx : 7.625587102926207E-009 OutArr : 7.625587102926207E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.994850111331274E-009 Spc. emissions: 1.994850111331274E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 9) Added total emissions to output array: Species: 202 SpcFlx : 1.994850111331274E-009 OutArr : 1.994850111331274E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.239320721416756E-009 Spc. emissions: 1.239320721416756E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.829091222149494E-012 Spc. emissions: 1.246149812638912E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 9) Added total emissions to output array: Species: 203 SpcFlx : 1.246149812638912E-009 OutArr : 1.246149812638912E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.270856488129799E-009 Spc. emissions: 1.270856488129799E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.680759179225615E-012 Spc. emissions: 1.277537247309033E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 9) Added total emissions to output array: Species: 204 SpcFlx : 1.277537247309033E-009 OutArr : 1.277537247309033E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.864736755095900E-009 Spc. emissions: 2.864736755095900E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.864736755095900E-009 OutArr : 2.864736755095900E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 9) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 9) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 9) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 9) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 9) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 9) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 9) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 9) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.7135081 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.280683427123887E-009 Spc. emissions: 2.280683427123887E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.280683427123887E-009 OutArr : 2.280683427123887E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 9) Successfully updated diagnostics: EmisNO2_Ship (counter: 9) Successfully updated diagnostics: EmisHNO3_Ship (counter: 9) Successfully updated diagnostics: EmisO3_Ship (counter: 9) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 9) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 9) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 9) Successfully updated diagnostics: EmisCO_BioBurn (counter: 9) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 9) Successfully updated diagnostics: EmisACET_BioBurn (counter: 9) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 9) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 9) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 9) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 9) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 9) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 9) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 9) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 9) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 9) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 9) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 9) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 9) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 9) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 9) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 9) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 9) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 9) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 9) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 9) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 9) Successfully updated diagnostics: EmisALD2_Total (counter: 9) Successfully updated diagnostics: EmisALK4_Total (counter: 9) Successfully updated diagnostics: EmisBCPI_Total (counter: 9) Successfully updated diagnostics: EmisBCPO_Total (counter: 9) Successfully updated diagnostics: EmisBENZ_Total (counter: 9) Successfully updated diagnostics: EmisC2H6_Total (counter: 9) Successfully updated diagnostics: EmisC3H8_Total (counter: 9) Successfully updated diagnostics: EmisCH2O_Total (counter: 9) Successfully updated diagnostics: EmisCO_Total (counter: 9) Successfully updated diagnostics: EmisDST1_Total (counter: 9) Successfully updated diagnostics: EmisEOH_Total (counter: 9) Successfully updated diagnostics: EmisHCOOH_Total (counter: 9) Successfully updated diagnostics: EmisISOP_Total (counter: 9) Successfully updated diagnostics: EmisMACR_Total (counter: 9) Successfully updated diagnostics: EmisMEK_Total (counter: 9) Successfully updated diagnostics: EmisMOH_Total (counter: 9) Successfully updated diagnostics: EmisMTPA_Total (counter: 9) Successfully updated diagnostics: EmisNH3_Total (counter: 9) Successfully updated diagnostics: EmisNO_Total (counter: 9) Successfully updated diagnostics: EmisOCPI_Total (counter: 9) Successfully updated diagnostics: EmisOCPO_Total (counter: 9) Successfully updated diagnostics: EmispFe_Total (counter: 9) Successfully updated diagnostics: EmisPRPE_Total (counter: 9) Successfully updated diagnostics: EmisRCHO_Total (counter: 9) Successfully updated diagnostics: EmisSO2_Total (counter: 9) Successfully updated diagnostics: EmisSO4_Total (counter: 9) Successfully updated diagnostics: EmisSOAP_Total (counter: 9) Successfully updated diagnostics: EmisTOLU_Total (counter: 9) Successfully updated diagnostics: EmisXYLE_Total (counter: 9) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 02:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 03:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-03:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-04:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-03:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-04:30 preferred datetime: 201907010430. selected tidx1: 2 corresponding datetime 1: 201907010430. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-03:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-04:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-03:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-04:30 preferred datetime: 201907010430. selected tidx1: 2 corresponding datetime 1: 201907010430. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.725077077520807E-009 Spc. emissions: 7.725077077520807E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.725277665320445E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.725277665320445E-009 OutArr : 7.725277665320445E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.794625243963573E-010 Spc. emissions: 2.794625243963573E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.367867926362385E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.402435565999519E-009 Spc. emissions: 4.770303492361905E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.770303492361905E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.772623461814125E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.772623461814125E-009 OutArr : 4.772623461814125E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.149209207614525E-008 Spc. emissions: 1.149209207614525E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.032266460292103E-010 Spc. emissions: 1.169531872217454E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.170692943114983E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 10) Added total emissions to output array: Species: 5 SpcFlx : 1.170692943114983E-008 OutArr : 1.170692943114983E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 10) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 10) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.000283384100735E-009 Spc. emissions: 1.000283384100735E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.151436844438109E-011 Spc. emissions: 1.011797752545119E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 10) Added total emissions to output array: Species: 9 SpcFlx : 1.011797752545119E-009 OutArr : 1.011797752545119E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.308529299774817E-011 Spc. emissions: 2.308529299774817E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 10) Added total emissions to output array: Species: 16 SpcFlx : 2.308529299774817E-011 OutArr : 2.308529299774817E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.397227943705054E-009 Spc. emissions: 1.397227943705054E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 10) Added total emissions to output array: Species: 17 SpcFlx : 1.397227943705054E-009 OutArr : 1.397227943705054E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.276187040848751E-011 Spc. emissions: 1.625601788630526E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.625884981421064E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 10) Added total emissions to output array: Species: 18 SpcFlx : 1.625884981421064E-009 OutArr : 1.625884981421064E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.529121414324359E-009 Spc. emissions: 2.529121414324359E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 9.088777233520069E-011 Spc. emissions: 2.620009186659560E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.620051594720925E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 10) Added total emissions to output array: Species: 19 SpcFlx : 2.620051594720925E-009 OutArr : 2.620051594720925E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 10) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 10) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 10) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 10) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.631918004336093E-010 Spc. emissions: 3.631918004336093E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.631918004336093E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.698761706081477E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 10) Added total emissions to output array: Species: 31 SpcFlx : 3.698761706081477E-010 OutArr : 3.698761706081477E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 10) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 10) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.504202255700827E-008 Spc. emissions: 8.504202255700827E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.079352802563188E-010 Spc. emissions: 8.514995783726461E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.529102605748684E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 10) Added total emissions to output array: Species: 47 SpcFlx : 8.529102605748684E-008 OutArr : 8.529102605748684E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.551461202452664E-008 Spc. emissions: 2.746410173030344E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 10) Added total emissions to output array: Species: 49 SpcFlx : 2.746410173030344E-008 OutArr : 2.746410173030344E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.408630910126725E-008 Spc. emissions: 6.408630910126725E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 10) Added total emissions to output array: Species: 50 SpcFlx : 6.408630910126725E-008 OutArr : 6.408630910126725E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.162813461170638E-007 Spc. emissions: 1.162813461170638E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 10) Added total emissions to output array: Species: 51 SpcFlx : 1.162813461170638E-007 OutArr : 1.162813461170638E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.272066659720442E-007 Spc. emissions: 1.272066659720442E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 10) Added total emissions to output array: Species: 52 SpcFlx : 1.272066659720442E-007 OutArr : 1.272066659720442E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.583608497895103E-010 Spc. emissions: 3.583608497895103E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.434109437238190E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.401304333996245E-009 Spc. emissions: 4.835413771234434E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.835413771234434E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 10) Added total emissions to output array: Species: 53 SpcFlx : 4.835413771234434E-009 OutArr : 4.835413771234434E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.410353430347247E-009 Spc. emissions: 1.410353430347247E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.410353430347247E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 10) Added total emissions to output array: Species: 72 SpcFlx : 1.410353430347247E-009 OutArr : 1.410353430347247E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 5.567487077485974E-008 Spc. emissions: 5.567487077485974E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 10) Added total emissions to output array: Species: 121 SpcFlx : 5.567487077485974E-008 OutArr : 5.567487077485974E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.808592534226468E-009 Spc. emissions: 1.808592534226468E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 10) Added total emissions to output array: Species: 124 SpcFlx : 1.808592534226468E-009 OutArr : 1.808592534226468E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 10) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.283801113599741E-010 Spc. emissions: 6.283801113599741E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.283801113599741E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 10) Added total emissions to output array: Species: 135 SpcFlx : 6.283801113599741E-010 OutArr : 6.283801113599741E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.778144663860144E-010 Spc. emissions: 4.778144663860144E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.778144663860144E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 10) Added total emissions to output array: Species: 138 SpcFlx : 4.778144663860144E-010 OutArr : 4.778144663860144E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.430301004796720E-008 Spc. emissions: 1.430301004796720E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 10) Added total emissions to output array: Species: 146 SpcFlx : 1.430301004796720E-008 OutArr : 1.430301004796720E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.263062991419061E-009 Spc. emissions: 6.263062991419061E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 10) Added total emissions to output array: Species: 147 SpcFlx : 6.263062991419061E-009 OutArr : 6.263062991419061E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 10) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.004948261062941E-008 Spc. emissions: 1.004948261062941E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.230213162722948E-009 Spc. emissions: 1.327969577335235E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.359850356087377E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 10) Added total emissions to output array: Species: 161 SpcFlx : 1.359850356087377E-008 OutArr : 1.359850356087377E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 10) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 10) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 10) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.080918142164317E-010 Spc. emissions: 5.080918142164317E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.740237831082245E-009 Spc. emissions: 4.248329645298673E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.748514715127827E-011 Spc. emissions: 4.275814792449947E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.285484004658599E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 10) Added total emissions to output array: Species: 177 SpcFlx : 4.285484004658599E-009 OutArr : 4.285484004658599E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 10) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.094089714876324E-008 Spc. emissions: 1.094089714876324E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 10) Added total emissions to output array: Species: 190 SpcFlx : 1.094089714876324E-008 OutArr : 1.094089714876324E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.094089714876324E-008 Spc. emissions: 1.094089714876324E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 10) Added total emissions to output array: Species: 191 SpcFlx : 1.094089714876324E-008 OutArr : 1.094089714876324E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.021869995186717E-009 Spc. emissions: 6.021869995186717E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 10) Added total emissions to output array: Species: 192 SpcFlx : 6.021869995186717E-009 OutArr : 6.021869995186717E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.621933378513368E-007 Spc. emissions: 6.621933378513368E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 10) Added total emissions to output array: Species: 193 SpcFlx : 6.621933378513368E-007 OutArr : 6.621933378513368E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.621933378513368E-007 Spc. emissions: 6.621933378513368E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 10) Added total emissions to output array: Species: 194 SpcFlx : 6.621933378513368E-007 OutArr : 6.621933378513368E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.644712255311055E-007 Spc. emissions: 3.644712255311055E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 10) Added total emissions to output array: Species: 195 SpcFlx : 3.644712255311055E-007 OutArr : 3.644712255311055E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 10) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 10) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.867899409435473E-009 Spc. emissions: 5.867899409435473E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.284674549693605E-009 Spc. emissions: 8.152573959129074E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.447534151116152E-012 Spc. emissions: 8.160021493280208E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.169755200231718E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 10) Added total emissions to output array: Species: 201 SpcFlx : 8.169755200231718E-009 OutArr : 8.169755200231718E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.284674549693605E-009 Spc. emissions: 2.284674549693605E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 10) Added total emissions to output array: Species: 202 SpcFlx : 2.284674549693605E-009 OutArr : 2.284674549693605E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.354597835481635E-009 Spc. emissions: 1.354597835481635E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.945725141337703E-012 Spc. emissions: 1.361543560622977E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 10) Added total emissions to output array: Species: 203 SpcFlx : 1.361543560622977E-009 OutArr : 1.361543560622977E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.321128695660380E-009 Spc. emissions: 1.321128695660380E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.274635550177133E-012 Spc. emissions: 1.328403331210563E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 10) Added total emissions to output array: Species: 204 SpcFlx : 1.328403331210563E-009 OutArr : 1.328403331210563E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.218719883331620E-009 Spc. emissions: 3.218719883331620E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.218719883331620E-009 OutArr : 3.218719883331620E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 10) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 10) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 10) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 10) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 10) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 10) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 10) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 10) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.292029713123206E-009 Spc. emissions: 2.292029713123206E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.292029713123206E-009 OutArr : 2.292029713123206E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 10) Successfully updated diagnostics: EmisNO2_Ship (counter: 10) Successfully updated diagnostics: EmisHNO3_Ship (counter: 10) Successfully updated diagnostics: EmisO3_Ship (counter: 10) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 10) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 10) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 10) Successfully updated diagnostics: EmisCO_BioBurn (counter: 10) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 10) Successfully updated diagnostics: EmisACET_BioBurn (counter: 10) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 10) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 10) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 10) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 10) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 10) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 10) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 10) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 10) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 10) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 10) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 10) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 10) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 10) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 10) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 10) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 10) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 10) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 10) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 10) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 10) Successfully updated diagnostics: EmisALD2_Total (counter: 10) Successfully updated diagnostics: EmisALK4_Total (counter: 10) Successfully updated diagnostics: EmisBCPI_Total (counter: 10) Successfully updated diagnostics: EmisBCPO_Total (counter: 10) Successfully updated diagnostics: EmisBENZ_Total (counter: 10) Successfully updated diagnostics: EmisC2H6_Total (counter: 10) Successfully updated diagnostics: EmisC3H8_Total (counter: 10) Successfully updated diagnostics: EmisCH2O_Total (counter: 10) Successfully updated diagnostics: EmisCO_Total (counter: 10) Successfully updated diagnostics: EmisDST1_Total (counter: 10) Successfully updated diagnostics: EmisEOH_Total (counter: 10) Successfully updated diagnostics: EmisHCOOH_Total (counter: 10) Successfully updated diagnostics: EmisISOP_Total (counter: 10) Successfully updated diagnostics: EmisMACR_Total (counter: 10) Successfully updated diagnostics: EmisMEK_Total (counter: 10) Successfully updated diagnostics: EmisMOH_Total (counter: 10) Successfully updated diagnostics: EmisMTPA_Total (counter: 10) Successfully updated diagnostics: EmisNH3_Total (counter: 10) Successfully updated diagnostics: EmisNO_Total (counter: 10) Successfully updated diagnostics: EmisOCPI_Total (counter: 10) Successfully updated diagnostics: EmisOCPO_Total (counter: 10) Successfully updated diagnostics: EmispFe_Total (counter: 10) Successfully updated diagnostics: EmisPRPE_Total (counter: 10) Successfully updated diagnostics: EmisRCHO_Total (counter: 10) Successfully updated diagnostics: EmisSO2_Total (counter: 10) Successfully updated diagnostics: EmisSO4_Total (counter: 10) Successfully updated diagnostics: EmisSOAP_Total (counter: 10) Successfully updated diagnostics: EmisTOLU_Total (counter: 10) Successfully updated diagnostics: EmisXYLE_Total (counter: 10) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 03:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 03:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.725077077520807E-009 Spc. emissions: 7.725077077520807E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.725277665320445E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.725277665320445E-009 OutArr : 7.725277665320445E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.794625243963573E-010 Spc. emissions: 2.794625243963573E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.367867926362385E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.402435565999519E-009 Spc. emissions: 4.770303492361905E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.770303492361905E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.772623461814125E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.772623461814125E-009 OutArr : 4.772623461814125E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.149209207614525E-008 Spc. emissions: 1.149209207614525E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.032266460292103E-010 Spc. emissions: 1.169531872217454E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.170692943114983E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 11) Added total emissions to output array: Species: 5 SpcFlx : 1.170692943114983E-008 OutArr : 1.170692943114983E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 11) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 11) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.000283384100735E-009 Spc. emissions: 1.000283384100735E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.151436844438109E-011 Spc. emissions: 1.011797752545119E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 11) Added total emissions to output array: Species: 9 SpcFlx : 1.011797752545119E-009 OutArr : 1.011797752545119E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.308529299774817E-011 Spc. emissions: 2.308529299774817E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 11) Added total emissions to output array: Species: 16 SpcFlx : 2.308529299774817E-011 OutArr : 2.308529299774817E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.397227943705054E-009 Spc. emissions: 1.397227943705054E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 11) Added total emissions to output array: Species: 17 SpcFlx : 1.397227943705054E-009 OutArr : 1.397227943705054E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.276187040848751E-011 Spc. emissions: 1.625601788630526E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.625884981421064E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 11) Added total emissions to output array: Species: 18 SpcFlx : 1.625884981421064E-009 OutArr : 1.625884981421064E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.529121414324359E-009 Spc. emissions: 2.529121414324359E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 9.088777233520069E-011 Spc. emissions: 2.620009186659560E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.620051594720925E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 11) Added total emissions to output array: Species: 19 SpcFlx : 2.620051594720925E-009 OutArr : 2.620051594720925E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 11) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 11) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 11) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 11) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.631918004336093E-010 Spc. emissions: 3.631918004336093E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.631918004336093E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.698761706081477E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 11) Added total emissions to output array: Species: 31 SpcFlx : 3.698761706081477E-010 OutArr : 3.698761706081477E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 11) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 11) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.504202255700827E-008 Spc. emissions: 8.504202255700827E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.079352802563188E-010 Spc. emissions: 8.514995783726461E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.529102605748684E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 11) Added total emissions to output array: Species: 47 SpcFlx : 8.529102605748684E-008 OutArr : 8.529102605748684E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.551461202452664E-008 Spc. emissions: 2.746410173030344E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 11) Added total emissions to output array: Species: 49 SpcFlx : 2.746410173030344E-008 OutArr : 2.746410173030344E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.408630910126725E-008 Spc. emissions: 6.408630910126725E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 11) Added total emissions to output array: Species: 50 SpcFlx : 6.408630910126725E-008 OutArr : 6.408630910126725E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.162813461170638E-007 Spc. emissions: 1.162813461170638E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 11) Added total emissions to output array: Species: 51 SpcFlx : 1.162813461170638E-007 OutArr : 1.162813461170638E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.272066659720442E-007 Spc. emissions: 1.272066659720442E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 11) Added total emissions to output array: Species: 52 SpcFlx : 1.272066659720442E-007 OutArr : 1.272066659720442E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.583608497895103E-010 Spc. emissions: 3.583608497895103E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.434109437238190E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.401304333996245E-009 Spc. emissions: 4.835413771234434E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.835413771234434E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 11) Added total emissions to output array: Species: 53 SpcFlx : 4.835413771234434E-009 OutArr : 4.835413771234434E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.410353430347247E-009 Spc. emissions: 1.410353430347247E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.410353430347247E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 11) Added total emissions to output array: Species: 72 SpcFlx : 1.410353430347247E-009 OutArr : 1.410353430347247E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 5.567487077485974E-008 Spc. emissions: 5.567487077485974E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 11) Added total emissions to output array: Species: 121 SpcFlx : 5.567487077485974E-008 OutArr : 5.567487077485974E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.808592534226468E-009 Spc. emissions: 1.808592534226468E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 11) Added total emissions to output array: Species: 124 SpcFlx : 1.808592534226468E-009 OutArr : 1.808592534226468E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 11) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.283801113599741E-010 Spc. emissions: 6.283801113599741E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.283801113599741E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 11) Added total emissions to output array: Species: 135 SpcFlx : 6.283801113599741E-010 OutArr : 6.283801113599741E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.778144663860144E-010 Spc. emissions: 4.778144663860144E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.778144663860144E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 11) Added total emissions to output array: Species: 138 SpcFlx : 4.778144663860144E-010 OutArr : 4.778144663860144E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.430301004796720E-008 Spc. emissions: 1.430301004796720E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 11) Added total emissions to output array: Species: 146 SpcFlx : 1.430301004796720E-008 OutArr : 1.430301004796720E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.263062991419061E-009 Spc. emissions: 6.263062991419061E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 11) Added total emissions to output array: Species: 147 SpcFlx : 6.263062991419061E-009 OutArr : 6.263062991419061E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 11) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.004948261062941E-008 Spc. emissions: 1.004948261062941E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.230213162722948E-009 Spc. emissions: 1.327969577335235E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.359850356087377E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 11) Added total emissions to output array: Species: 161 SpcFlx : 1.359850356087377E-008 OutArr : 1.359850356087377E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 11) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 11) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 11) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.080918142164317E-010 Spc. emissions: 5.080918142164317E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.740237831082245E-009 Spc. emissions: 4.248329645298673E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.748514715127827E-011 Spc. emissions: 4.275814792449947E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.285484004658599E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 11) Added total emissions to output array: Species: 177 SpcFlx : 4.285484004658599E-009 OutArr : 4.285484004658599E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 11) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.094089714876324E-008 Spc. emissions: 1.094089714876324E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 11) Added total emissions to output array: Species: 190 SpcFlx : 1.094089714876324E-008 OutArr : 1.094089714876324E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.094089714876324E-008 Spc. emissions: 1.094089714876324E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 11) Added total emissions to output array: Species: 191 SpcFlx : 1.094089714876324E-008 OutArr : 1.094089714876324E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.021869995186717E-009 Spc. emissions: 6.021869995186717E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 11) Added total emissions to output array: Species: 192 SpcFlx : 6.021869995186717E-009 OutArr : 6.021869995186717E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.621933378513368E-007 Spc. emissions: 6.621933378513368E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 11) Added total emissions to output array: Species: 193 SpcFlx : 6.621933378513368E-007 OutArr : 6.621933378513368E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.621933378513368E-007 Spc. emissions: 6.621933378513368E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 11) Added total emissions to output array: Species: 194 SpcFlx : 6.621933378513368E-007 OutArr : 6.621933378513368E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.644712255311055E-007 Spc. emissions: 3.644712255311055E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 11) Added total emissions to output array: Species: 195 SpcFlx : 3.644712255311055E-007 OutArr : 3.644712255311055E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 11) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 11) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.867899409435473E-009 Spc. emissions: 5.867899409435473E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.284674549693605E-009 Spc. emissions: 8.152573959129074E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.447534151116152E-012 Spc. emissions: 8.160021493280208E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.169755200231718E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 11) Added total emissions to output array: Species: 201 SpcFlx : 8.169755200231718E-009 OutArr : 8.169755200231718E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.284674549693605E-009 Spc. emissions: 2.284674549693605E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 11) Added total emissions to output array: Species: 202 SpcFlx : 2.284674549693605E-009 OutArr : 2.284674549693605E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.354597835481635E-009 Spc. emissions: 1.354597835481635E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.945725141337703E-012 Spc. emissions: 1.361543560622977E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 11) Added total emissions to output array: Species: 203 SpcFlx : 1.361543560622977E-009 OutArr : 1.361543560622977E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.321128695660380E-009 Spc. emissions: 1.321128695660380E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.274635550177133E-012 Spc. emissions: 1.328403331210563E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 11) Added total emissions to output array: Species: 204 SpcFlx : 1.328403331210563E-009 OutArr : 1.328403331210563E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.218719883331620E-009 Spc. emissions: 3.218719883331620E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.218719883331620E-009 OutArr : 3.218719883331620E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 11) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 11) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 11) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 11) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 11) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 11) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 11) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 11) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.292029713123206E-009 Spc. emissions: 2.292029713123206E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.292029713123206E-009 OutArr : 2.292029713123206E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 11) Successfully updated diagnostics: EmisNO2_Ship (counter: 11) Successfully updated diagnostics: EmisHNO3_Ship (counter: 11) Successfully updated diagnostics: EmisO3_Ship (counter: 11) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 11) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 11) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 11) Successfully updated diagnostics: EmisCO_BioBurn (counter: 11) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 11) Successfully updated diagnostics: EmisACET_BioBurn (counter: 11) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 11) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 11) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 11) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 11) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 11) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 11) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 11) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 11) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 11) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 11) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 11) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 11) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 11) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 11) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 11) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 11) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 11) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 11) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 11) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 11) Successfully updated diagnostics: EmisALD2_Total (counter: 11) Successfully updated diagnostics: EmisALK4_Total (counter: 11) Successfully updated diagnostics: EmisBCPI_Total (counter: 11) Successfully updated diagnostics: EmisBCPO_Total (counter: 11) Successfully updated diagnostics: EmisBENZ_Total (counter: 11) Successfully updated diagnostics: EmisC2H6_Total (counter: 11) Successfully updated diagnostics: EmisC3H8_Total (counter: 11) Successfully updated diagnostics: EmisCH2O_Total (counter: 11) Successfully updated diagnostics: EmisCO_Total (counter: 11) Successfully updated diagnostics: EmisDST1_Total (counter: 11) Successfully updated diagnostics: EmisEOH_Total (counter: 11) Successfully updated diagnostics: EmisHCOOH_Total (counter: 11) Successfully updated diagnostics: EmisISOP_Total (counter: 11) Successfully updated diagnostics: EmisMACR_Total (counter: 11) Successfully updated diagnostics: EmisMEK_Total (counter: 11) Successfully updated diagnostics: EmisMOH_Total (counter: 11) Successfully updated diagnostics: EmisMTPA_Total (counter: 11) Successfully updated diagnostics: EmisNH3_Total (counter: 11) Successfully updated diagnostics: EmisNO_Total (counter: 11) Successfully updated diagnostics: EmisOCPI_Total (counter: 11) Successfully updated diagnostics: EmisOCPO_Total (counter: 11) Successfully updated diagnostics: EmispFe_Total (counter: 11) Successfully updated diagnostics: EmisPRPE_Total (counter: 11) Successfully updated diagnostics: EmisRCHO_Total (counter: 11) Successfully updated diagnostics: EmisSO2_Total (counter: 11) Successfully updated diagnostics: EmisSO4_Total (counter: 11) Successfully updated diagnostics: EmisSOAP_Total (counter: 11) Successfully updated diagnostics: EmisTOLU_Total (counter: 11) Successfully updated diagnostics: EmisXYLE_Total (counter: 11) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 03:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 03:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.725077077520807E-009 Spc. emissions: 7.725077077520807E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.725277665320445E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.725277665320445E-009 OutArr : 7.725277665320445E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.794625243963573E-010 Spc. emissions: 2.794625243963573E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.367867926362385E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.402435565999519E-009 Spc. emissions: 4.770303492361905E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.770303492361905E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.772623461814125E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.772623461814125E-009 OutArr : 4.772623461814125E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.149209207614525E-008 Spc. emissions: 1.149209207614525E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.032266460292103E-010 Spc. emissions: 1.169531872217454E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.170692943114983E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 12) Added total emissions to output array: Species: 5 SpcFlx : 1.170692943114983E-008 OutArr : 1.170692943114983E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 12) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 12) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.000283384100735E-009 Spc. emissions: 1.000283384100735E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.151436844438109E-011 Spc. emissions: 1.011797752545119E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 12) Added total emissions to output array: Species: 9 SpcFlx : 1.011797752545119E-009 OutArr : 1.011797752545119E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.308529299774817E-011 Spc. emissions: 2.308529299774817E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 12) Added total emissions to output array: Species: 16 SpcFlx : 2.308529299774817E-011 OutArr : 2.308529299774817E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.397227943705054E-009 Spc. emissions: 1.397227943705054E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 12) Added total emissions to output array: Species: 17 SpcFlx : 1.397227943705054E-009 OutArr : 1.397227943705054E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.276187040848751E-011 Spc. emissions: 1.625601788630526E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.625884981421064E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 12) Added total emissions to output array: Species: 18 SpcFlx : 1.625884981421064E-009 OutArr : 1.625884981421064E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6710000 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.529121414324359E-009 Spc. emissions: 2.529121414324359E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 9.088777233520069E-011 Spc. emissions: 2.620009186659560E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.620051594720925E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 12) Added total emissions to output array: Species: 19 SpcFlx : 2.620051594720925E-009 OutArr : 2.620051594720925E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 12) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 12) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 12) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 12) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.631918004336093E-010 Spc. emissions: 3.631918004336093E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.631918004336093E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.698761706081477E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 12) Added total emissions to output array: Species: 31 SpcFlx : 3.698761706081477E-010 OutArr : 3.698761706081477E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 12) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 12) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.504202255700827E-008 Spc. emissions: 8.504202255700827E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.079352802563188E-010 Spc. emissions: 8.514995783726461E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.529102605748684E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 12) Added total emissions to output array: Species: 47 SpcFlx : 8.529102605748684E-008 OutArr : 8.529102605748684E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.551461202452664E-008 Spc. emissions: 2.746410173030344E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 12) Added total emissions to output array: Species: 49 SpcFlx : 2.746410173030344E-008 OutArr : 2.746410173030344E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.408630910126725E-008 Spc. emissions: 6.408630910126725E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 12) Added total emissions to output array: Species: 50 SpcFlx : 6.408630910126725E-008 OutArr : 6.408630910126725E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.162813461170638E-007 Spc. emissions: 1.162813461170638E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 12) Added total emissions to output array: Species: 51 SpcFlx : 1.162813461170638E-007 OutArr : 1.162813461170638E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.272066659720442E-007 Spc. emissions: 1.272066659720442E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 12) Added total emissions to output array: Species: 52 SpcFlx : 1.272066659720442E-007 OutArr : 1.272066659720442E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.583608497895103E-010 Spc. emissions: 3.583608497895103E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.434109437238190E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.401304333996245E-009 Spc. emissions: 4.835413771234434E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.835413771234434E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 12) Added total emissions to output array: Species: 53 SpcFlx : 4.835413771234434E-009 OutArr : 4.835413771234434E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.410353430347247E-009 Spc. emissions: 1.410353430347247E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.410353430347247E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 12) Added total emissions to output array: Species: 72 SpcFlx : 1.410353430347247E-009 OutArr : 1.410353430347247E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 5.567487077485974E-008 Spc. emissions: 5.567487077485974E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 12) Added total emissions to output array: Species: 121 SpcFlx : 5.567487077485974E-008 OutArr : 5.567487077485974E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.808592534226468E-009 Spc. emissions: 1.808592534226468E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 12) Added total emissions to output array: Species: 124 SpcFlx : 1.808592534226468E-009 OutArr : 1.808592534226468E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 12) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.283801113599741E-010 Spc. emissions: 6.283801113599741E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.283801113599741E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 12) Added total emissions to output array: Species: 135 SpcFlx : 6.283801113599741E-010 OutArr : 6.283801113599741E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.778144663860144E-010 Spc. emissions: 4.778144663860144E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.778144663860144E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 12) Added total emissions to output array: Species: 138 SpcFlx : 4.778144663860144E-010 OutArr : 4.778144663860144E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.430301004796720E-008 Spc. emissions: 1.430301004796720E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 12) Added total emissions to output array: Species: 146 SpcFlx : 1.430301004796720E-008 OutArr : 1.430301004796720E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.263062991419061E-009 Spc. emissions: 6.263062991419061E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 12) Added total emissions to output array: Species: 147 SpcFlx : 6.263062991419061E-009 OutArr : 6.263062991419061E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 12) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.004948261062941E-008 Spc. emissions: 1.004948261062941E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.230213162722948E-009 Spc. emissions: 1.327969577335235E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.359850356087377E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 12) Added total emissions to output array: Species: 161 SpcFlx : 1.359850356087377E-008 OutArr : 1.359850356087377E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 12) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 12) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 12) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.080918142164317E-010 Spc. emissions: 5.080918142164317E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.740237831082245E-009 Spc. emissions: 4.248329645298673E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.748514715127827E-011 Spc. emissions: 4.275814792449947E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.285484004658599E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 12) Added total emissions to output array: Species: 177 SpcFlx : 4.285484004658599E-009 OutArr : 4.285484004658599E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 12) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.094089714876324E-008 Spc. emissions: 1.094089714876324E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 12) Added total emissions to output array: Species: 190 SpcFlx : 1.094089714876324E-008 OutArr : 1.094089714876324E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.094089714876324E-008 Spc. emissions: 1.094089714876324E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 12) Added total emissions to output array: Species: 191 SpcFlx : 1.094089714876324E-008 OutArr : 1.094089714876324E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.021869995186717E-009 Spc. emissions: 6.021869995186717E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 12) Added total emissions to output array: Species: 192 SpcFlx : 6.021869995186717E-009 OutArr : 6.021869995186717E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.621933378513368E-007 Spc. emissions: 6.621933378513368E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 12) Added total emissions to output array: Species: 193 SpcFlx : 6.621933378513368E-007 OutArr : 6.621933378513368E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.621933378513368E-007 Spc. emissions: 6.621933378513368E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 12) Added total emissions to output array: Species: 194 SpcFlx : 6.621933378513368E-007 OutArr : 6.621933378513368E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.644712255311055E-007 Spc. emissions: 3.644712255311055E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 12) Added total emissions to output array: Species: 195 SpcFlx : 3.644712255311055E-007 OutArr : 3.644712255311055E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 12) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 12) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.867899409435473E-009 Spc. emissions: 5.867899409435473E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.284674549693605E-009 Spc. emissions: 8.152573959129074E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.447534151116152E-012 Spc. emissions: 8.160021493280208E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.169755200231718E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 12) Added total emissions to output array: Species: 201 SpcFlx : 8.169755200231718E-009 OutArr : 8.169755200231718E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.284674549693605E-009 Spc. emissions: 2.284674549693605E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 12) Added total emissions to output array: Species: 202 SpcFlx : 2.284674549693605E-009 OutArr : 2.284674549693605E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.354597835481635E-009 Spc. emissions: 1.354597835481635E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.945725141337703E-012 Spc. emissions: 1.361543560622977E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 12) Added total emissions to output array: Species: 203 SpcFlx : 1.361543560622977E-009 OutArr : 1.361543560622977E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.321128695660380E-009 Spc. emissions: 1.321128695660380E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.274635550177133E-012 Spc. emissions: 1.328403331210563E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 12) Added total emissions to output array: Species: 204 SpcFlx : 1.328403331210563E-009 OutArr : 1.328403331210563E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.218719883331620E-009 Spc. emissions: 3.218719883331620E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.218719883331620E-009 OutArr : 3.218719883331620E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 12) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 12) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 12) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 12) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 12) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 12) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 12) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 12) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5065725 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.292029713123206E-009 Spc. emissions: 2.292029713123206E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.292029713123206E-009 OutArr : 2.292029713123206E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 12) Successfully updated diagnostics: EmisNO2_Ship (counter: 12) Successfully updated diagnostics: EmisHNO3_Ship (counter: 12) Successfully updated diagnostics: EmisO3_Ship (counter: 12) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 12) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 12) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 12) Successfully updated diagnostics: EmisCO_BioBurn (counter: 12) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 12) Successfully updated diagnostics: EmisACET_BioBurn (counter: 12) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 12) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 12) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 12) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 12) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 12) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 12) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 12) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 12) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 12) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 12) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 12) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 12) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 12) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 12) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 12) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 12) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 12) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 12) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 12) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 12) Successfully updated diagnostics: EmisALD2_Total (counter: 12) Successfully updated diagnostics: EmisALK4_Total (counter: 12) Successfully updated diagnostics: EmisBCPI_Total (counter: 12) Successfully updated diagnostics: EmisBCPO_Total (counter: 12) Successfully updated diagnostics: EmisBENZ_Total (counter: 12) Successfully updated diagnostics: EmisC2H6_Total (counter: 12) Successfully updated diagnostics: EmisC3H8_Total (counter: 12) Successfully updated diagnostics: EmisCH2O_Total (counter: 12) Successfully updated diagnostics: EmisCO_Total (counter: 12) Successfully updated diagnostics: EmisDST1_Total (counter: 12) Successfully updated diagnostics: EmisEOH_Total (counter: 12) Successfully updated diagnostics: EmisHCOOH_Total (counter: 12) Successfully updated diagnostics: EmisISOP_Total (counter: 12) Successfully updated diagnostics: EmisMACR_Total (counter: 12) Successfully updated diagnostics: EmisMEK_Total (counter: 12) Successfully updated diagnostics: EmisMOH_Total (counter: 12) Successfully updated diagnostics: EmisMTPA_Total (counter: 12) Successfully updated diagnostics: EmisNH3_Total (counter: 12) Successfully updated diagnostics: EmisNO_Total (counter: 12) Successfully updated diagnostics: EmisOCPI_Total (counter: 12) Successfully updated diagnostics: EmisOCPO_Total (counter: 12) Successfully updated diagnostics: EmispFe_Total (counter: 12) Successfully updated diagnostics: EmisPRPE_Total (counter: 12) Successfully updated diagnostics: EmisRCHO_Total (counter: 12) Successfully updated diagnostics: EmisSO2_Total (counter: 12) Successfully updated diagnostics: EmisSO4_Total (counter: 12) Successfully updated diagnostics: EmisSOAP_Total (counter: 12) Successfully updated diagnostics: EmisTOLU_Total (counter: 12) Successfully updated diagnostics: EmisXYLE_Total (counter: 12) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 03:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 04:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.004998469228642E-009 Spc. emissions: 8.004998469228642E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.005199057028292E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.005199057028292E-009 OutArr : 8.005199057028292E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.010573122255463E-010 Spc. emissions: 3.010573122255463E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.389462714191573E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.790202203460548E-009 Spc. emissions: 5.179664917652124E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.179664917652124E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.181984887104342E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.181984887104342E-009 OutArr : 5.181984887104342E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.205406259063572E-008 Spc. emissions: 1.205406259063572E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.106230297611760E-010 Spc. emissions: 1.226468562039696E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.227629632937224E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 13) Added total emissions to output array: Species: 5 SpcFlx : 1.227629632937224E-008 OutArr : 1.227629632937224E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 13) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 13) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.058191203376748E-009 Spc. emissions: 1.058191203376748E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.165856194099170E-011 Spc. emissions: 1.069849765317743E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 13) Added total emissions to output array: Species: 9 SpcFlx : 1.069849765317743E-009 OutArr : 1.069849765317743E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.307447736248799E-011 Spc. emissions: 2.307447736248799E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 13) Added total emissions to output array: Species: 16 SpcFlx : 2.307447736248799E-011 OutArr : 2.307447736248799E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396573312265553E-009 Spc. emissions: 1.396573312265553E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 13) Added total emissions to output array: Species: 17 SpcFlx : 1.396573312265553E-009 OutArr : 1.396573312265553E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.413056624525967E-011 Spc. emissions: 1.626970484467298E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.627253677257835E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 13) Added total emissions to output array: Species: 18 SpcFlx : 1.627253677257835E-009 OutArr : 1.627253677257835E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.660080721069732E-009 Spc. emissions: 2.660080721069732E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 9.468479950687179E-011 Spc. emissions: 2.754765520576604E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.754807928637970E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 13) Added total emissions to output array: Species: 19 SpcFlx : 2.754807928637970E-009 OutArr : 2.754807928637970E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 13) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 13) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 13) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 13) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.716060654305270E-010 Spc. emissions: 3.716060654305270E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.716060654305270E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.782904356050652E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 13) Added total emissions to output array: Species: 31 SpcFlx : 3.782904356050652E-010 OutArr : 3.782904356050652E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 13) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 13) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.817094897649166E-008 Spc. emissions: 8.817094897649166E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.091850014755412E-010 Spc. emissions: 8.828013397796714E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.842120219818935E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 13) Added total emissions to output array: Species: 47 SpcFlx : 8.842120219818935E-008 OutArr : 8.842120219818935E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.980179352790547E-008 Spc. emissions: 3.175128323368227E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 13) Added total emissions to output array: Species: 49 SpcFlx : 3.175128323368227E-008 OutArr : 3.175128323368227E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 7.485463536853639E-008 Spc. emissions: 7.485463536853639E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 13) Added total emissions to output array: Species: 50 SpcFlx : 7.485463536853639E-008 OutArr : 7.485463536853639E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.358199226009916E-007 Spc. emissions: 1.358199226009916E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 13) Added total emissions to output array: Species: 51 SpcFlx : 1.358199226009916E-007 OutArr : 1.358199226009916E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.485810072486513E-007 Spc. emissions: 1.485810072486513E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 13) Added total emissions to output array: Species: 52 SpcFlx : 1.485810072486513E-007 OutArr : 1.485810072486513E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.814751979618729E-010 Spc. emissions: 3.814751979618729E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.457223785410553E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.788942023560439E-009 Spc. emissions: 5.246165808970998E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.246165808970998E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 13) Added total emissions to output array: Species: 53 SpcFlx : 5.246165808970998E-009 OutArr : 5.246165808970998E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.529252455482566E-009 Spc. emissions: 1.529252455482566E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.529252455482566E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 13) Added total emissions to output array: Species: 72 SpcFlx : 1.529252455482566E-009 OutArr : 1.529252455482566E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.573705156101471E-008 Spc. emissions: 6.573705156101471E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 13) Added total emissions to output array: Species: 121 SpcFlx : 6.573705156101471E-008 OutArr : 6.573705156101471E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.892635807897827E-009 Spc. emissions: 1.892635807897827E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 13) Added total emissions to output array: Species: 124 SpcFlx : 1.892635807897827E-009 OutArr : 1.892635807897827E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 13) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.527088834825589E-010 Spc. emissions: 6.527088834825589E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.527088834825589E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 13) Added total emissions to output array: Species: 135 SpcFlx : 6.527088834825589E-010 OutArr : 6.527088834825589E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.086335972824978E-010 Spc. emissions: 5.086335972824978E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.086335972824978E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 13) Added total emissions to output array: Species: 138 SpcFlx : 5.086335972824978E-010 OutArr : 5.086335972824978E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.518597693234706E-008 Spc. emissions: 1.518597693234706E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 13) Added total emissions to output array: Species: 146 SpcFlx : 1.518597693234706E-008 OutArr : 1.518597693234706E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.704005530591723E-009 Spc. emissions: 6.704005530591723E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 13) Added total emissions to output array: Species: 147 SpcFlx : 6.704005530591723E-009 OutArr : 6.704005530591723E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 13) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.025786236221509E-008 Spc. emissions: 1.025786236221509E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.289996371098758E-009 Spc. emissions: 1.354785873331386E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.386666652083525E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 13) Added total emissions to output array: Species: 161 SpcFlx : 1.386666652083525E-008 OutArr : 1.386666652083525E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 13) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 13) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 13) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.462692828882222E-010 Spc. emissions: 5.462692828882222E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.906004413776163E-009 Spc. emissions: 4.452273696664381E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.780396523090180E-011 Spc. emissions: 4.480077661895284E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.489746874103943E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 13) Added total emissions to output array: Species: 177 SpcFlx : 4.489746874103943E-009 OutArr : 4.489746874103943E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 13) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093577125527809E-008 Spc. emissions: 1.093577125527809E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 13) Added total emissions to output array: Species: 190 SpcFlx : 1.093577125527809E-008 OutArr : 1.093577125527809E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093577125527809E-008 Spc. emissions: 1.093577125527809E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 13) Added total emissions to output array: Species: 191 SpcFlx : 1.093577125527809E-008 OutArr : 1.093577125527809E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.019048703316681E-009 Spc. emissions: 6.019048703316681E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 13) Added total emissions to output array: Species: 192 SpcFlx : 6.019048703316681E-009 OutArr : 6.019048703316681E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.618830859844600E-007 Spc. emissions: 6.618830859844600E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 13) Added total emissions to output array: Species: 193 SpcFlx : 6.618830859844600E-007 OutArr : 6.618830859844600E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.618830859844600E-007 Spc. emissions: 6.618830859844600E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 13) Added total emissions to output array: Species: 194 SpcFlx : 6.618830859844600E-007 OutArr : 6.618830859844600E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.643004628977767E-007 Spc. emissions: 3.643004628977767E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 13) Added total emissions to output array: Species: 195 SpcFlx : 3.643004628977767E-007 OutArr : 3.643004628977767E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 13) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 13) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.083795326971376E-009 Spc. emissions: 6.083795326971376E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.533645216115093E-009 Spc. emissions: 8.617440543086467E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.533764913082305E-012 Spc. emissions: 8.624974307999552E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.634708014951057E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 13) Added total emissions to output array: Species: 201 SpcFlx : 8.634708014951057E-009 OutArr : 8.634708014951057E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.533645216115093E-009 Spc. emissions: 2.533645216115093E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 13) Added total emissions to output array: Species: 202 SpcFlx : 2.533645216115093E-009 OutArr : 2.533645216115093E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.407165195819604E-009 Spc. emissions: 1.407165195819604E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.047554833573615E-012 Spc. emissions: 1.414212750653182E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 13) Added total emissions to output array: Species: 203 SpcFlx : 1.414212750653182E-009 OutArr : 1.414212750653182E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.357989223579641E-009 Spc. emissions: 1.357989223579641E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.422803910554136E-012 Spc. emissions: 1.365412027490203E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 13) Added total emissions to output array: Species: 204 SpcFlx : 1.365412027490203E-009 OutArr : 1.365412027490203E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.544910747171235E-009 Spc. emissions: 3.544910747171235E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.544910747171235E-009 OutArr : 3.544910747171235E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 13) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 13) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 13) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 13) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 13) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 13) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 13) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 13) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.358724866337307E-009 Spc. emissions: 2.358724866337307E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.358724866337307E-009 OutArr : 2.358724866337307E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 13) Successfully updated diagnostics: EmisNO2_Ship (counter: 13) Successfully updated diagnostics: EmisHNO3_Ship (counter: 13) Successfully updated diagnostics: EmisO3_Ship (counter: 13) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 13) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 13) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 13) Successfully updated diagnostics: EmisCO_BioBurn (counter: 13) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 13) Successfully updated diagnostics: EmisACET_BioBurn (counter: 13) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 13) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 13) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 13) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 13) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 13) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 13) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 13) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 13) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 13) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 13) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 13) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 13) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 13) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 13) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 13) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 13) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 13) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 13) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 13) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 13) Successfully updated diagnostics: EmisALD2_Total (counter: 13) Successfully updated diagnostics: EmisALK4_Total (counter: 13) Successfully updated diagnostics: EmisBCPI_Total (counter: 13) Successfully updated diagnostics: EmisBCPO_Total (counter: 13) Successfully updated diagnostics: EmisBENZ_Total (counter: 13) Successfully updated diagnostics: EmisC2H6_Total (counter: 13) Successfully updated diagnostics: EmisC3H8_Total (counter: 13) Successfully updated diagnostics: EmisCH2O_Total (counter: 13) Successfully updated diagnostics: EmisCO_Total (counter: 13) Successfully updated diagnostics: EmisDST1_Total (counter: 13) Successfully updated diagnostics: EmisEOH_Total (counter: 13) Successfully updated diagnostics: EmisHCOOH_Total (counter: 13) Successfully updated diagnostics: EmisISOP_Total (counter: 13) Successfully updated diagnostics: EmisMACR_Total (counter: 13) Successfully updated diagnostics: EmisMEK_Total (counter: 13) Successfully updated diagnostics: EmisMOH_Total (counter: 13) Successfully updated diagnostics: EmisMTPA_Total (counter: 13) Successfully updated diagnostics: EmisNH3_Total (counter: 13) Successfully updated diagnostics: EmisNO_Total (counter: 13) Successfully updated diagnostics: EmisOCPI_Total (counter: 13) Successfully updated diagnostics: EmisOCPO_Total (counter: 13) Successfully updated diagnostics: EmispFe_Total (counter: 13) Successfully updated diagnostics: EmisPRPE_Total (counter: 13) Successfully updated diagnostics: EmisRCHO_Total (counter: 13) Successfully updated diagnostics: EmisSO2_Total (counter: 13) Successfully updated diagnostics: EmisSO4_Total (counter: 13) Successfully updated diagnostics: EmisSOAP_Total (counter: 13) Successfully updated diagnostics: EmisTOLU_Total (counter: 13) Successfully updated diagnostics: EmisXYLE_Total (counter: 13) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 04:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 04:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.004998469228642E-009 Spc. emissions: 8.004998469228642E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.005199057028292E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.005199057028292E-009 OutArr : 8.005199057028292E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.010573122255463E-010 Spc. emissions: 3.010573122255463E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.389462714191573E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.790202203460548E-009 Spc. emissions: 5.179664917652124E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.179664917652124E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.181984887104342E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.181984887104342E-009 OutArr : 5.181984887104342E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.205406259063572E-008 Spc. emissions: 1.205406259063572E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.106230297611760E-010 Spc. emissions: 1.226468562039696E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.227629632937224E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 14) Added total emissions to output array: Species: 5 SpcFlx : 1.227629632937224E-008 OutArr : 1.227629632937224E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 14) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 14) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.058191203376748E-009 Spc. emissions: 1.058191203376748E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.165856194099170E-011 Spc. emissions: 1.069849765317743E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 14) Added total emissions to output array: Species: 9 SpcFlx : 1.069849765317743E-009 OutArr : 1.069849765317743E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.307447736248799E-011 Spc. emissions: 2.307447736248799E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 14) Added total emissions to output array: Species: 16 SpcFlx : 2.307447736248799E-011 OutArr : 2.307447736248799E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396573312265553E-009 Spc. emissions: 1.396573312265553E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 14) Added total emissions to output array: Species: 17 SpcFlx : 1.396573312265553E-009 OutArr : 1.396573312265553E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.413056624525967E-011 Spc. emissions: 1.626970484467298E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.627253677257835E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 14) Added total emissions to output array: Species: 18 SpcFlx : 1.627253677257835E-009 OutArr : 1.627253677257835E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.660080721069732E-009 Spc. emissions: 2.660080721069732E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 9.468479950687179E-011 Spc. emissions: 2.754765520576604E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.754807928637970E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 14) Added total emissions to output array: Species: 19 SpcFlx : 2.754807928637970E-009 OutArr : 2.754807928637970E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 14) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 14) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 14) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 14) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.716060654305270E-010 Spc. emissions: 3.716060654305270E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.716060654305270E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.782904356050652E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 14) Added total emissions to output array: Species: 31 SpcFlx : 3.782904356050652E-010 OutArr : 3.782904356050652E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 14) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 14) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.817094897649166E-008 Spc. emissions: 8.817094897649166E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.091850014755412E-010 Spc. emissions: 8.828013397796714E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.842120219818935E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 14) Added total emissions to output array: Species: 47 SpcFlx : 8.842120219818935E-008 OutArr : 8.842120219818935E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.980179352790547E-008 Spc. emissions: 3.175128323368227E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 14) Added total emissions to output array: Species: 49 SpcFlx : 3.175128323368227E-008 OutArr : 3.175128323368227E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 7.485463536853639E-008 Spc. emissions: 7.485463536853639E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 14) Added total emissions to output array: Species: 50 SpcFlx : 7.485463536853639E-008 OutArr : 7.485463536853639E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.358199226009916E-007 Spc. emissions: 1.358199226009916E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 14) Added total emissions to output array: Species: 51 SpcFlx : 1.358199226009916E-007 OutArr : 1.358199226009916E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.485810072486513E-007 Spc. emissions: 1.485810072486513E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 14) Added total emissions to output array: Species: 52 SpcFlx : 1.485810072486513E-007 OutArr : 1.485810072486513E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.814751979618729E-010 Spc. emissions: 3.814751979618729E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.457223785410553E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.788942023560439E-009 Spc. emissions: 5.246165808970998E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.246165808970998E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 14) Added total emissions to output array: Species: 53 SpcFlx : 5.246165808970998E-009 OutArr : 5.246165808970998E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.529252455482566E-009 Spc. emissions: 1.529252455482566E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.529252455482566E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 14) Added total emissions to output array: Species: 72 SpcFlx : 1.529252455482566E-009 OutArr : 1.529252455482566E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.573705156101471E-008 Spc. emissions: 6.573705156101471E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 14) Added total emissions to output array: Species: 121 SpcFlx : 6.573705156101471E-008 OutArr : 6.573705156101471E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.892635807897827E-009 Spc. emissions: 1.892635807897827E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 14) Added total emissions to output array: Species: 124 SpcFlx : 1.892635807897827E-009 OutArr : 1.892635807897827E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 14) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.527088834825589E-010 Spc. emissions: 6.527088834825589E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.527088834825589E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 14) Added total emissions to output array: Species: 135 SpcFlx : 6.527088834825589E-010 OutArr : 6.527088834825589E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.086335972824978E-010 Spc. emissions: 5.086335972824978E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.086335972824978E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 14) Added total emissions to output array: Species: 138 SpcFlx : 5.086335972824978E-010 OutArr : 5.086335972824978E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.518597693234706E-008 Spc. emissions: 1.518597693234706E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 14) Added total emissions to output array: Species: 146 SpcFlx : 1.518597693234706E-008 OutArr : 1.518597693234706E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.704005530591723E-009 Spc. emissions: 6.704005530591723E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 14) Added total emissions to output array: Species: 147 SpcFlx : 6.704005530591723E-009 OutArr : 6.704005530591723E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 14) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.025786236221509E-008 Spc. emissions: 1.025786236221509E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.289996371098758E-009 Spc. emissions: 1.354785873331386E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.386666652083525E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 14) Added total emissions to output array: Species: 161 SpcFlx : 1.386666652083525E-008 OutArr : 1.386666652083525E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 14) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 14) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 14) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.462692828882222E-010 Spc. emissions: 5.462692828882222E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.906004413776163E-009 Spc. emissions: 4.452273696664381E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.780396523090180E-011 Spc. emissions: 4.480077661895284E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.489746874103943E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 14) Added total emissions to output array: Species: 177 SpcFlx : 4.489746874103943E-009 OutArr : 4.489746874103943E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 14) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093577125527809E-008 Spc. emissions: 1.093577125527809E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 14) Added total emissions to output array: Species: 190 SpcFlx : 1.093577125527809E-008 OutArr : 1.093577125527809E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093577125527809E-008 Spc. emissions: 1.093577125527809E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 14) Added total emissions to output array: Species: 191 SpcFlx : 1.093577125527809E-008 OutArr : 1.093577125527809E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.019048703316681E-009 Spc. emissions: 6.019048703316681E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 14) Added total emissions to output array: Species: 192 SpcFlx : 6.019048703316681E-009 OutArr : 6.019048703316681E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.618830859844600E-007 Spc. emissions: 6.618830859844600E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 14) Added total emissions to output array: Species: 193 SpcFlx : 6.618830859844600E-007 OutArr : 6.618830859844600E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.618830859844600E-007 Spc. emissions: 6.618830859844600E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 14) Added total emissions to output array: Species: 194 SpcFlx : 6.618830859844600E-007 OutArr : 6.618830859844600E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.643004628977767E-007 Spc. emissions: 3.643004628977767E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 14) Added total emissions to output array: Species: 195 SpcFlx : 3.643004628977767E-007 OutArr : 3.643004628977767E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 14) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 14) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.083795326971376E-009 Spc. emissions: 6.083795326971376E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.533645216115093E-009 Spc. emissions: 8.617440543086467E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.533764913082305E-012 Spc. emissions: 8.624974307999552E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.634708014951057E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 14) Added total emissions to output array: Species: 201 SpcFlx : 8.634708014951057E-009 OutArr : 8.634708014951057E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.533645216115093E-009 Spc. emissions: 2.533645216115093E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 14) Added total emissions to output array: Species: 202 SpcFlx : 2.533645216115093E-009 OutArr : 2.533645216115093E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.407165195819604E-009 Spc. emissions: 1.407165195819604E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.047554833573615E-012 Spc. emissions: 1.414212750653182E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 14) Added total emissions to output array: Species: 203 SpcFlx : 1.414212750653182E-009 OutArr : 1.414212750653182E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.357989223579641E-009 Spc. emissions: 1.357989223579641E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.422803910554136E-012 Spc. emissions: 1.365412027490203E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 14) Added total emissions to output array: Species: 204 SpcFlx : 1.365412027490203E-009 OutArr : 1.365412027490203E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.544910747171235E-009 Spc. emissions: 3.544910747171235E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.544910747171235E-009 OutArr : 3.544910747171235E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 14) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 14) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 14) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 14) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 14) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 14) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 14) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 14) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.358724866337307E-009 Spc. emissions: 2.358724866337307E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.358724866337307E-009 OutArr : 2.358724866337307E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 14) Successfully updated diagnostics: EmisNO2_Ship (counter: 14) Successfully updated diagnostics: EmisHNO3_Ship (counter: 14) Successfully updated diagnostics: EmisO3_Ship (counter: 14) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 14) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 14) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 14) Successfully updated diagnostics: EmisCO_BioBurn (counter: 14) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 14) Successfully updated diagnostics: EmisACET_BioBurn (counter: 14) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 14) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 14) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 14) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 14) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 14) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 14) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 14) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 14) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 14) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 14) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 14) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 14) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 14) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 14) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 14) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 14) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 14) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 14) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 14) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 14) Successfully updated diagnostics: EmisALD2_Total (counter: 14) Successfully updated diagnostics: EmisALK4_Total (counter: 14) Successfully updated diagnostics: EmisBCPI_Total (counter: 14) Successfully updated diagnostics: EmisBCPO_Total (counter: 14) Successfully updated diagnostics: EmisBENZ_Total (counter: 14) Successfully updated diagnostics: EmisC2H6_Total (counter: 14) Successfully updated diagnostics: EmisC3H8_Total (counter: 14) Successfully updated diagnostics: EmisCH2O_Total (counter: 14) Successfully updated diagnostics: EmisCO_Total (counter: 14) Successfully updated diagnostics: EmisDST1_Total (counter: 14) Successfully updated diagnostics: EmisEOH_Total (counter: 14) Successfully updated diagnostics: EmisHCOOH_Total (counter: 14) Successfully updated diagnostics: EmisISOP_Total (counter: 14) Successfully updated diagnostics: EmisMACR_Total (counter: 14) Successfully updated diagnostics: EmisMEK_Total (counter: 14) Successfully updated diagnostics: EmisMOH_Total (counter: 14) Successfully updated diagnostics: EmisMTPA_Total (counter: 14) Successfully updated diagnostics: EmisNH3_Total (counter: 14) Successfully updated diagnostics: EmisNO_Total (counter: 14) Successfully updated diagnostics: EmisOCPI_Total (counter: 14) Successfully updated diagnostics: EmisOCPO_Total (counter: 14) Successfully updated diagnostics: EmispFe_Total (counter: 14) Successfully updated diagnostics: EmisPRPE_Total (counter: 14) Successfully updated diagnostics: EmisRCHO_Total (counter: 14) Successfully updated diagnostics: EmisSO2_Total (counter: 14) Successfully updated diagnostics: EmisSO4_Total (counter: 14) Successfully updated diagnostics: EmisSOAP_Total (counter: 14) Successfully updated diagnostics: EmisTOLU_Total (counter: 14) Successfully updated diagnostics: EmisXYLE_Total (counter: 14) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 04:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 04:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.004998469228642E-009 Spc. emissions: 8.004998469228642E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.005199057028292E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.005199057028292E-009 OutArr : 8.005199057028292E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.010573122255463E-010 Spc. emissions: 3.010573122255463E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.389462714191573E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.790202203460548E-009 Spc. emissions: 5.179664917652124E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.179664917652124E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.181984887104342E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.181984887104342E-009 OutArr : 5.181984887104342E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.205406259063572E-008 Spc. emissions: 1.205406259063572E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.106230297611760E-010 Spc. emissions: 1.226468562039696E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.227629632937224E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 15) Added total emissions to output array: Species: 5 SpcFlx : 1.227629632937224E-008 OutArr : 1.227629632937224E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 15) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 15) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.058191203376748E-009 Spc. emissions: 1.058191203376748E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.165856194099170E-011 Spc. emissions: 1.069849765317743E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 15) Added total emissions to output array: Species: 9 SpcFlx : 1.069849765317743E-009 OutArr : 1.069849765317743E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.307447736248799E-011 Spc. emissions: 2.307447736248799E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 15) Added total emissions to output array: Species: 16 SpcFlx : 2.307447736248799E-011 OutArr : 2.307447736248799E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396573312265553E-009 Spc. emissions: 1.396573312265553E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 15) Added total emissions to output array: Species: 17 SpcFlx : 1.396573312265553E-009 OutArr : 1.396573312265553E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.413056624525967E-011 Spc. emissions: 1.626970484467298E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.627253677257835E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 15) Added total emissions to output array: Species: 18 SpcFlx : 1.627253677257835E-009 OutArr : 1.627253677257835E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.660080721069732E-009 Spc. emissions: 2.660080721069732E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 9.468479950687179E-011 Spc. emissions: 2.754765520576604E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.754807928637970E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 15) Added total emissions to output array: Species: 19 SpcFlx : 2.754807928637970E-009 OutArr : 2.754807928637970E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 15) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 15) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 15) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 15) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.716060654305270E-010 Spc. emissions: 3.716060654305270E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.716060654305270E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.782904356050652E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 15) Added total emissions to output array: Species: 31 SpcFlx : 3.782904356050652E-010 OutArr : 3.782904356050652E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 15) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 15) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.817094897649166E-008 Spc. emissions: 8.817094897649166E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.091850014755412E-010 Spc. emissions: 8.828013397796714E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.842120219818935E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 15) Added total emissions to output array: Species: 47 SpcFlx : 8.842120219818935E-008 OutArr : 8.842120219818935E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.980179352790547E-008 Spc. emissions: 3.175128323368227E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 15) Added total emissions to output array: Species: 49 SpcFlx : 3.175128323368227E-008 OutArr : 3.175128323368227E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 7.485463536853639E-008 Spc. emissions: 7.485463536853639E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 15) Added total emissions to output array: Species: 50 SpcFlx : 7.485463536853639E-008 OutArr : 7.485463536853639E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.358199226009916E-007 Spc. emissions: 1.358199226009916E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 15) Added total emissions to output array: Species: 51 SpcFlx : 1.358199226009916E-007 OutArr : 1.358199226009916E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.485810072486513E-007 Spc. emissions: 1.485810072486513E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 15) Added total emissions to output array: Species: 52 SpcFlx : 1.485810072486513E-007 OutArr : 1.485810072486513E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.814751979618729E-010 Spc. emissions: 3.814751979618729E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.457223785410553E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.788942023560439E-009 Spc. emissions: 5.246165808970998E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.246165808970998E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 15) Added total emissions to output array: Species: 53 SpcFlx : 5.246165808970998E-009 OutArr : 5.246165808970998E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.529252455482566E-009 Spc. emissions: 1.529252455482566E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.529252455482566E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 15) Added total emissions to output array: Species: 72 SpcFlx : 1.529252455482566E-009 OutArr : 1.529252455482566E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.573705156101471E-008 Spc. emissions: 6.573705156101471E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 15) Added total emissions to output array: Species: 121 SpcFlx : 6.573705156101471E-008 OutArr : 6.573705156101471E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.892635807897827E-009 Spc. emissions: 1.892635807897827E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 15) Added total emissions to output array: Species: 124 SpcFlx : 1.892635807897827E-009 OutArr : 1.892635807897827E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 15) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.527088834825589E-010 Spc. emissions: 6.527088834825589E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.527088834825589E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 15) Added total emissions to output array: Species: 135 SpcFlx : 6.527088834825589E-010 OutArr : 6.527088834825589E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.086335972824978E-010 Spc. emissions: 5.086335972824978E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.086335972824978E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 15) Added total emissions to output array: Species: 138 SpcFlx : 5.086335972824978E-010 OutArr : 5.086335972824978E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.518597693234706E-008 Spc. emissions: 1.518597693234706E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 15) Added total emissions to output array: Species: 146 SpcFlx : 1.518597693234706E-008 OutArr : 1.518597693234706E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.704005530591723E-009 Spc. emissions: 6.704005530591723E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 15) Added total emissions to output array: Species: 147 SpcFlx : 6.704005530591723E-009 OutArr : 6.704005530591723E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 15) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.025786236221509E-008 Spc. emissions: 1.025786236221509E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.289996371098758E-009 Spc. emissions: 1.354785873331386E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.386666652083525E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 15) Added total emissions to output array: Species: 161 SpcFlx : 1.386666652083525E-008 OutArr : 1.386666652083525E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 15) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 15) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 15) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.462692828882222E-010 Spc. emissions: 5.462692828882222E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.906004413776163E-009 Spc. emissions: 4.452273696664381E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.780396523090180E-011 Spc. emissions: 4.480077661895284E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.489746874103943E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 15) Added total emissions to output array: Species: 177 SpcFlx : 4.489746874103943E-009 OutArr : 4.489746874103943E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 15) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093577125527809E-008 Spc. emissions: 1.093577125527809E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 15) Added total emissions to output array: Species: 190 SpcFlx : 1.093577125527809E-008 OutArr : 1.093577125527809E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093577125527809E-008 Spc. emissions: 1.093577125527809E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 15) Added total emissions to output array: Species: 191 SpcFlx : 1.093577125527809E-008 OutArr : 1.093577125527809E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.019048703316681E-009 Spc. emissions: 6.019048703316681E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 15) Added total emissions to output array: Species: 192 SpcFlx : 6.019048703316681E-009 OutArr : 6.019048703316681E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.618830859844600E-007 Spc. emissions: 6.618830859844600E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 15) Added total emissions to output array: Species: 193 SpcFlx : 6.618830859844600E-007 OutArr : 6.618830859844600E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.618830859844600E-007 Spc. emissions: 6.618830859844600E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 15) Added total emissions to output array: Species: 194 SpcFlx : 6.618830859844600E-007 OutArr : 6.618830859844600E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.643004628977767E-007 Spc. emissions: 3.643004628977767E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 15) Added total emissions to output array: Species: 195 SpcFlx : 3.643004628977767E-007 OutArr : 3.643004628977767E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 15) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 15) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.083795326971376E-009 Spc. emissions: 6.083795326971376E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.533645216115093E-009 Spc. emissions: 8.617440543086467E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.533764913082305E-012 Spc. emissions: 8.624974307999552E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.634708014951057E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 15) Added total emissions to output array: Species: 201 SpcFlx : 8.634708014951057E-009 OutArr : 8.634708014951057E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.533645216115093E-009 Spc. emissions: 2.533645216115093E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 15) Added total emissions to output array: Species: 202 SpcFlx : 2.533645216115093E-009 OutArr : 2.533645216115093E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.407165195819604E-009 Spc. emissions: 1.407165195819604E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.047554833573615E-012 Spc. emissions: 1.414212750653182E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 15) Added total emissions to output array: Species: 203 SpcFlx : 1.414212750653182E-009 OutArr : 1.414212750653182E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.357989223579641E-009 Spc. emissions: 1.357989223579641E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.422803910554136E-012 Spc. emissions: 1.365412027490203E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 15) Added total emissions to output array: Species: 204 SpcFlx : 1.365412027490203E-009 OutArr : 1.365412027490203E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.544910747171235E-009 Spc. emissions: 3.544910747171235E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.544910747171235E-009 OutArr : 3.544910747171235E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 15) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 15) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 15) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 15) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 15) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 15) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 15) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 15) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3207545 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.358724866337307E-009 Spc. emissions: 2.358724866337307E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.358724866337307E-009 OutArr : 2.358724866337307E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 15) Successfully updated diagnostics: EmisNO2_Ship (counter: 15) Successfully updated diagnostics: EmisHNO3_Ship (counter: 15) Successfully updated diagnostics: EmisO3_Ship (counter: 15) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 15) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 15) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 15) Successfully updated diagnostics: EmisCO_BioBurn (counter: 15) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 15) Successfully updated diagnostics: EmisACET_BioBurn (counter: 15) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 15) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 15) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 15) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 15) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 15) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 15) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 15) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 15) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 15) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 15) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 15) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 15) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 15) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 15) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 15) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 15) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 15) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 15) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 15) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 15) Successfully updated diagnostics: EmisALD2_Total (counter: 15) Successfully updated diagnostics: EmisALK4_Total (counter: 15) Successfully updated diagnostics: EmisBCPI_Total (counter: 15) Successfully updated diagnostics: EmisBCPO_Total (counter: 15) Successfully updated diagnostics: EmisBENZ_Total (counter: 15) Successfully updated diagnostics: EmisC2H6_Total (counter: 15) Successfully updated diagnostics: EmisC3H8_Total (counter: 15) Successfully updated diagnostics: EmisCH2O_Total (counter: 15) Successfully updated diagnostics: EmisCO_Total (counter: 15) Successfully updated diagnostics: EmisDST1_Total (counter: 15) Successfully updated diagnostics: EmisEOH_Total (counter: 15) Successfully updated diagnostics: EmisHCOOH_Total (counter: 15) Successfully updated diagnostics: EmisISOP_Total (counter: 15) Successfully updated diagnostics: EmisMACR_Total (counter: 15) Successfully updated diagnostics: EmisMEK_Total (counter: 15) Successfully updated diagnostics: EmisMOH_Total (counter: 15) Successfully updated diagnostics: EmisMTPA_Total (counter: 15) Successfully updated diagnostics: EmisNH3_Total (counter: 15) Successfully updated diagnostics: EmisNO_Total (counter: 15) Successfully updated diagnostics: EmisOCPI_Total (counter: 15) Successfully updated diagnostics: EmisOCPO_Total (counter: 15) Successfully updated diagnostics: EmispFe_Total (counter: 15) Successfully updated diagnostics: EmisPRPE_Total (counter: 15) Successfully updated diagnostics: EmisRCHO_Total (counter: 15) Successfully updated diagnostics: EmisSO2_Total (counter: 15) Successfully updated diagnostics: EmisSO4_Total (counter: 15) Successfully updated diagnostics: EmisSOAP_Total (counter: 15) Successfully updated diagnostics: EmisTOLU_Total (counter: 15) Successfully updated diagnostics: EmisXYLE_Total (counter: 15) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 04:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 05:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.259986851784527E-009 Spc. emissions: 8.259986851784527E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.260187439584170E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.260187439584170E-009 OutArr : 8.260187439584170E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.310430461816424E-010 Spc. emissions: 3.310430461816424E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.419448448147670E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.039879166585047E-009 Spc. emissions: 5.459327614732722E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.459327614732722E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.461647584184937E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.461647584184937E-009 OutArr : 5.461647584184937E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.294815883988439E-008 Spc. emissions: 1.294815883988439E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.484226447447461E-010 Spc. emissions: 1.319658148462914E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.320819219360440E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 16) Added total emissions to output array: Species: 5 SpcFlx : 1.320819219360440E-008 OutArr : 1.320819219360440E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 16) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 16) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.152189877296477E-009 Spc. emissions: 1.152189877296477E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.378701940478582E-011 Spc. emissions: 1.165976896701256E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 16) Added total emissions to output array: Species: 9 SpcFlx : 1.165976896701256E-009 OutArr : 1.165976896701256E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.306668888290775E-011 Spc. emissions: 2.306668888290775E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 16) Added total emissions to output array: Species: 16 SpcFlx : 2.306668888290775E-011 OutArr : 2.306668888290775E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396101926003291E-009 Spc. emissions: 1.396101926003291E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 16) Added total emissions to output array: Species: 17 SpcFlx : 1.396101926003291E-009 OutArr : 1.396101926003291E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.023264499667943E-011 Spc. emissions: 1.633072563218719E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.633355756009255E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 16) Added total emissions to output array: Species: 18 SpcFlx : 1.633355756009255E-009 OutArr : 1.633355756009255E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.931620470918082E-009 Spc. emissions: 2.931620470918082E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.116131475664873E-010 Spc. emissions: 3.043233618484569E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.043276026545934E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 16) Added total emissions to output array: Species: 19 SpcFlx : 3.043276026545934E-009 OutArr : 3.043276026545934E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 16) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 16) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 16) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 16) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.041777490613236E-010 Spc. emissions: 4.041777490613236E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.041777490613236E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.108621192358615E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 16) Added total emissions to output array: Species: 31 SpcFlx : 4.108621192358615E-010 OutArr : 4.108621192358615E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 16) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 16) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.333586283275488E-008 Spc. emissions: 9.333586283275488E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.291213899592614E-010 Spc. emissions: 9.346498422271392E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.360605244293629E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 16) Added total emissions to output array: Species: 47 SpcFlx : 9.360605244293629E-008 OutArr : 9.360605244293629E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.383558599259155E-008 Spc. emissions: 3.578507569836832E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 16) Added total emissions to output array: Species: 49 SpcFlx : 3.578507569836832E-008 OutArr : 3.578507569836832E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 8.498651138919538E-008 Spc. emissions: 8.498651138919538E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 16) Added total emissions to output array: Species: 50 SpcFlx : 8.498651138919538E-008 OutArr : 8.498651138919538E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.542036986793056E-007 Spc. emissions: 1.542036986793056E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 16) Added total emissions to output array: Species: 51 SpcFlx : 1.542036986793056E-007 OutArr : 1.542036986793056E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.686920408623539E-007 Spc. emissions: 1.686920408623539E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 16) Added total emissions to output array: Species: 52 SpcFlx : 1.686920408623539E-007 OutArr : 1.686920408623539E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.208460738680544E-010 Spc. emissions: 4.208460738680544E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.496594661316734E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.038535999064809E-009 Spc. emissions: 5.535130660381555E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.535130660381555E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 16) Added total emissions to output array: Species: 53 SpcFlx : 5.535130660381555E-009 OutArr : 5.535130660381555E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.690871557822156E-009 Spc. emissions: 1.690871557822156E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.690871557822156E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 16) Added total emissions to output array: Species: 72 SpcFlx : 1.690871557822156E-009 OutArr : 1.690871557822156E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.267955959705572E-008 Spc. emissions: 7.267955959705572E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 16) Added total emissions to output array: Species: 121 SpcFlx : 7.267955959705572E-008 OutArr : 7.267955959705572E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.963538327393218E-009 Spc. emissions: 1.963538327393218E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 16) Added total emissions to output array: Species: 124 SpcFlx : 1.963538327393218E-009 OutArr : 1.963538327393218E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 16) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.147852922745306E-010 Spc. emissions: 7.147852922745306E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.147852922745306E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 16) Added total emissions to output array: Species: 135 SpcFlx : 7.147852922745306E-010 OutArr : 7.147852922745306E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.611280984907403E-010 Spc. emissions: 5.611280984907403E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.611280984907403E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 16) Added total emissions to output array: Species: 138 SpcFlx : 5.611280984907403E-010 OutArr : 5.611280984907403E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.581723097503279E-008 Spc. emissions: 1.581723097503279E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 16) Added total emissions to output array: Species: 146 SpcFlx : 1.581723097503279E-008 OutArr : 1.581723097503279E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.013440120593652E-009 Spc. emissions: 7.013440120593652E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 16) Added total emissions to output array: Species: 147 SpcFlx : 7.013440120593652E-009 OutArr : 7.013440120593652E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 16) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.065073944984180E-008 Spc. emissions: 1.065073944984180E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.369766927713215E-009 Spc. emissions: 1.402050637755502E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.433931416507642E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 16) Added total emissions to output array: Species: 161 SpcFlx : 1.433931416507642E-008 OutArr : 1.433931416507642E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 16) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 16) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 16) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.961819374995682E-010 Spc. emissions: 5.961819374995682E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.067076115028044E-009 Spc. emissions: 4.663258052527601E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.288344077093301E-011 Spc. emissions: 4.696141493298551E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.705810705507210E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 16) Added total emissions to output array: Species: 177 SpcFlx : 4.705810705507210E-009 OutArr : 4.705810705507210E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 16) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093208003273041E-008 Spc. emissions: 1.093208003273041E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 16) Added total emissions to output array: Species: 190 SpcFlx : 1.093208003273041E-008 OutArr : 1.093208003273041E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093208003273041E-008 Spc. emissions: 1.093208003273041E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 16) Added total emissions to output array: Species: 191 SpcFlx : 1.093208003273041E-008 OutArr : 1.093208003273041E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.017017054357438E-009 Spc. emissions: 6.017017054357438E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 16) Added total emissions to output array: Species: 192 SpcFlx : 6.017017054357438E-009 OutArr : 6.017017054357438E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.616596801730954E-007 Spc. emissions: 6.616596801730954E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 16) Added total emissions to output array: Species: 193 SpcFlx : 6.616596801730954E-007 OutArr : 6.616596801730954E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.616596801730954E-007 Spc. emissions: 6.616596801730954E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 16) Added total emissions to output array: Species: 194 SpcFlx : 6.616596801730954E-007 OutArr : 6.616596801730954E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.641775003350257E-007 Spc. emissions: 3.641775003350257E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 16) Added total emissions to output array: Species: 195 SpcFlx : 3.641775003350257E-007 OutArr : 3.641775003350257E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 16) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 16) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.440174374125806E-009 Spc. emissions: 6.440174374125806E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.708038560214604E-009 Spc. emissions: 9.148212934340420E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.909375683998225E-012 Spc. emissions: 9.157122310024390E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.166856016975904E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 16) Added total emissions to output array: Species: 201 SpcFlx : 9.166856016975904E-009 OutArr : 9.166856016975904E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.708038560214604E-009 Spc. emissions: 2.708038560214604E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 16) Added total emissions to output array: Species: 202 SpcFlx : 2.708038560214604E-009 OutArr : 2.708038560214604E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.514556517120521E-009 Spc. emissions: 1.514556517120521E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.332200365057478E-012 Spc. emissions: 1.522888717485575E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 16) Added total emissions to output array: Species: 203 SpcFlx : 1.522888717485575E-009 OutArr : 1.522888717485575E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.435764863217024E-009 Spc. emissions: 1.435764863217024E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 8.770274380813737E-012 Spc. emissions: 1.444535137597841E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 16) Added total emissions to output array: Species: 204 SpcFlx : 1.444535137597841E-009 OutArr : 1.444535137597841E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.775901995540005E-009 Spc. emissions: 3.775901995540005E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.775901995540005E-009 OutArr : 3.775901995540005E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 16) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 16) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 16) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 16) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 16) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 16) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 16) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 16) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.477142704728310E-009 Spc. emissions: 2.477142704728310E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.477142704728310E-009 OutArr : 2.477142704728310E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 16) Successfully updated diagnostics: EmisNO2_Ship (counter: 16) Successfully updated diagnostics: EmisHNO3_Ship (counter: 16) Successfully updated diagnostics: EmisO3_Ship (counter: 16) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 16) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 16) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 16) Successfully updated diagnostics: EmisCO_BioBurn (counter: 16) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 16) Successfully updated diagnostics: EmisACET_BioBurn (counter: 16) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 16) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 16) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 16) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 16) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 16) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 16) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 16) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 16) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 16) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 16) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 16) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 16) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 16) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 16) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 16) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 16) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 16) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 16) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 16) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 16) Successfully updated diagnostics: EmisALD2_Total (counter: 16) Successfully updated diagnostics: EmisALK4_Total (counter: 16) Successfully updated diagnostics: EmisBCPI_Total (counter: 16) Successfully updated diagnostics: EmisBCPO_Total (counter: 16) Successfully updated diagnostics: EmisBENZ_Total (counter: 16) Successfully updated diagnostics: EmisC2H6_Total (counter: 16) Successfully updated diagnostics: EmisC3H8_Total (counter: 16) Successfully updated diagnostics: EmisCH2O_Total (counter: 16) Successfully updated diagnostics: EmisCO_Total (counter: 16) Successfully updated diagnostics: EmisDST1_Total (counter: 16) Successfully updated diagnostics: EmisEOH_Total (counter: 16) Successfully updated diagnostics: EmisHCOOH_Total (counter: 16) Successfully updated diagnostics: EmisISOP_Total (counter: 16) Successfully updated diagnostics: EmisMACR_Total (counter: 16) Successfully updated diagnostics: EmisMEK_Total (counter: 16) Successfully updated diagnostics: EmisMOH_Total (counter: 16) Successfully updated diagnostics: EmisMTPA_Total (counter: 16) Successfully updated diagnostics: EmisNH3_Total (counter: 16) Successfully updated diagnostics: EmisNO_Total (counter: 16) Successfully updated diagnostics: EmisOCPI_Total (counter: 16) Successfully updated diagnostics: EmisOCPO_Total (counter: 16) Successfully updated diagnostics: EmispFe_Total (counter: 16) Successfully updated diagnostics: EmisPRPE_Total (counter: 16) Successfully updated diagnostics: EmisRCHO_Total (counter: 16) Successfully updated diagnostics: EmisSO2_Total (counter: 16) Successfully updated diagnostics: EmisSO4_Total (counter: 16) Successfully updated diagnostics: EmisSOAP_Total (counter: 16) Successfully updated diagnostics: EmisTOLU_Total (counter: 16) Successfully updated diagnostics: EmisXYLE_Total (counter: 16) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 05:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 05:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.259986851784527E-009 Spc. emissions: 8.259986851784527E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.260187439584170E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.260187439584170E-009 OutArr : 8.260187439584170E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.310430461816424E-010 Spc. emissions: 3.310430461816424E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.419448448147670E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.039879166585047E-009 Spc. emissions: 5.459327614732722E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.459327614732722E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.461647584184937E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.461647584184937E-009 OutArr : 5.461647584184937E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.294815883988439E-008 Spc. emissions: 1.294815883988439E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.484226447447461E-010 Spc. emissions: 1.319658148462914E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.320819219360440E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 17) Added total emissions to output array: Species: 5 SpcFlx : 1.320819219360440E-008 OutArr : 1.320819219360440E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 17) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 17) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.152189877296477E-009 Spc. emissions: 1.152189877296477E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.378701940478582E-011 Spc. emissions: 1.165976896701256E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 17) Added total emissions to output array: Species: 9 SpcFlx : 1.165976896701256E-009 OutArr : 1.165976896701256E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.306668888290775E-011 Spc. emissions: 2.306668888290775E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 17) Added total emissions to output array: Species: 16 SpcFlx : 2.306668888290775E-011 OutArr : 2.306668888290775E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396101926003291E-009 Spc. emissions: 1.396101926003291E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 17) Added total emissions to output array: Species: 17 SpcFlx : 1.396101926003291E-009 OutArr : 1.396101926003291E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.023264499667943E-011 Spc. emissions: 1.633072563218719E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.633355756009255E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 17) Added total emissions to output array: Species: 18 SpcFlx : 1.633355756009255E-009 OutArr : 1.633355756009255E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.931620470918082E-009 Spc. emissions: 2.931620470918082E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.116131475664873E-010 Spc. emissions: 3.043233618484569E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.043276026545934E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 17) Added total emissions to output array: Species: 19 SpcFlx : 3.043276026545934E-009 OutArr : 3.043276026545934E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 17) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 17) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 17) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 17) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.041777490613236E-010 Spc. emissions: 4.041777490613236E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.041777490613236E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.108621192358615E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 17) Added total emissions to output array: Species: 31 SpcFlx : 4.108621192358615E-010 OutArr : 4.108621192358615E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 17) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 17) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.333586283275488E-008 Spc. emissions: 9.333586283275488E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.291213899592614E-010 Spc. emissions: 9.346498422271392E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.360605244293629E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 17) Added total emissions to output array: Species: 47 SpcFlx : 9.360605244293629E-008 OutArr : 9.360605244293629E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.383558599259155E-008 Spc. emissions: 3.578507569836832E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 17) Added total emissions to output array: Species: 49 SpcFlx : 3.578507569836832E-008 OutArr : 3.578507569836832E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 8.498651138919538E-008 Spc. emissions: 8.498651138919538E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 17) Added total emissions to output array: Species: 50 SpcFlx : 8.498651138919538E-008 OutArr : 8.498651138919538E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.542036986793056E-007 Spc. emissions: 1.542036986793056E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 17) Added total emissions to output array: Species: 51 SpcFlx : 1.542036986793056E-007 OutArr : 1.542036986793056E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.686920408623539E-007 Spc. emissions: 1.686920408623539E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 17) Added total emissions to output array: Species: 52 SpcFlx : 1.686920408623539E-007 OutArr : 1.686920408623539E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.208460738680544E-010 Spc. emissions: 4.208460738680544E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.496594661316734E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.038535999064809E-009 Spc. emissions: 5.535130660381555E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.535130660381555E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 17) Added total emissions to output array: Species: 53 SpcFlx : 5.535130660381555E-009 OutArr : 5.535130660381555E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.690871557822156E-009 Spc. emissions: 1.690871557822156E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.690871557822156E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 17) Added total emissions to output array: Species: 72 SpcFlx : 1.690871557822156E-009 OutArr : 1.690871557822156E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.267955959705572E-008 Spc. emissions: 7.267955959705572E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 17) Added total emissions to output array: Species: 121 SpcFlx : 7.267955959705572E-008 OutArr : 7.267955959705572E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.963538327393218E-009 Spc. emissions: 1.963538327393218E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 17) Added total emissions to output array: Species: 124 SpcFlx : 1.963538327393218E-009 OutArr : 1.963538327393218E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 17) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.147852922745306E-010 Spc. emissions: 7.147852922745306E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.147852922745306E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 17) Added total emissions to output array: Species: 135 SpcFlx : 7.147852922745306E-010 OutArr : 7.147852922745306E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.611280984907403E-010 Spc. emissions: 5.611280984907403E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.611280984907403E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 17) Added total emissions to output array: Species: 138 SpcFlx : 5.611280984907403E-010 OutArr : 5.611280984907403E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.581723097503279E-008 Spc. emissions: 1.581723097503279E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 17) Added total emissions to output array: Species: 146 SpcFlx : 1.581723097503279E-008 OutArr : 1.581723097503279E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.013440120593652E-009 Spc. emissions: 7.013440120593652E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 17) Added total emissions to output array: Species: 147 SpcFlx : 7.013440120593652E-009 OutArr : 7.013440120593652E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 17) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.065073944984180E-008 Spc. emissions: 1.065073944984180E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.369766927713215E-009 Spc. emissions: 1.402050637755502E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.433931416507642E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 17) Added total emissions to output array: Species: 161 SpcFlx : 1.433931416507642E-008 OutArr : 1.433931416507642E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 17) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 17) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 17) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.961819374995682E-010 Spc. emissions: 5.961819374995682E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.067076115028044E-009 Spc. emissions: 4.663258052527601E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.288344077093301E-011 Spc. emissions: 4.696141493298551E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.705810705507210E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 17) Added total emissions to output array: Species: 177 SpcFlx : 4.705810705507210E-009 OutArr : 4.705810705507210E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 17) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093208003273041E-008 Spc. emissions: 1.093208003273041E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 17) Added total emissions to output array: Species: 190 SpcFlx : 1.093208003273041E-008 OutArr : 1.093208003273041E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093208003273041E-008 Spc. emissions: 1.093208003273041E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 17) Added total emissions to output array: Species: 191 SpcFlx : 1.093208003273041E-008 OutArr : 1.093208003273041E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.017017054357438E-009 Spc. emissions: 6.017017054357438E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 17) Added total emissions to output array: Species: 192 SpcFlx : 6.017017054357438E-009 OutArr : 6.017017054357438E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.616596801730954E-007 Spc. emissions: 6.616596801730954E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 17) Added total emissions to output array: Species: 193 SpcFlx : 6.616596801730954E-007 OutArr : 6.616596801730954E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.616596801730954E-007 Spc. emissions: 6.616596801730954E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 17) Added total emissions to output array: Species: 194 SpcFlx : 6.616596801730954E-007 OutArr : 6.616596801730954E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.641775003350257E-007 Spc. emissions: 3.641775003350257E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 17) Added total emissions to output array: Species: 195 SpcFlx : 3.641775003350257E-007 OutArr : 3.641775003350257E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 17) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 17) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.440174374125806E-009 Spc. emissions: 6.440174374125806E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.708038560214604E-009 Spc. emissions: 9.148212934340420E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.909375683998225E-012 Spc. emissions: 9.157122310024390E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.166856016975904E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 17) Added total emissions to output array: Species: 201 SpcFlx : 9.166856016975904E-009 OutArr : 9.166856016975904E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.708038560214604E-009 Spc. emissions: 2.708038560214604E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 17) Added total emissions to output array: Species: 202 SpcFlx : 2.708038560214604E-009 OutArr : 2.708038560214604E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.514556517120521E-009 Spc. emissions: 1.514556517120521E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.332200365057478E-012 Spc. emissions: 1.522888717485575E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 17) Added total emissions to output array: Species: 203 SpcFlx : 1.522888717485575E-009 OutArr : 1.522888717485575E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.435764863217024E-009 Spc. emissions: 1.435764863217024E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 8.770274380813737E-012 Spc. emissions: 1.444535137597841E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 17) Added total emissions to output array: Species: 204 SpcFlx : 1.444535137597841E-009 OutArr : 1.444535137597841E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.775901995540005E-009 Spc. emissions: 3.775901995540005E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.775901995540005E-009 OutArr : 3.775901995540005E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 17) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 17) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 17) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 17) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 17) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 17) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 17) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 17) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.477142704728310E-009 Spc. emissions: 2.477142704728310E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.477142704728310E-009 OutArr : 2.477142704728310E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 17) Successfully updated diagnostics: EmisNO2_Ship (counter: 17) Successfully updated diagnostics: EmisHNO3_Ship (counter: 17) Successfully updated diagnostics: EmisO3_Ship (counter: 17) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 17) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 17) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 17) Successfully updated diagnostics: EmisCO_BioBurn (counter: 17) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 17) Successfully updated diagnostics: EmisACET_BioBurn (counter: 17) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 17) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 17) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 17) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 17) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 17) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 17) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 17) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 17) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 17) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 17) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 17) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 17) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 17) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 17) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 17) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 17) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 17) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 17) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 17) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 17) Successfully updated diagnostics: EmisALD2_Total (counter: 17) Successfully updated diagnostics: EmisALK4_Total (counter: 17) Successfully updated diagnostics: EmisBCPI_Total (counter: 17) Successfully updated diagnostics: EmisBCPO_Total (counter: 17) Successfully updated diagnostics: EmisBENZ_Total (counter: 17) Successfully updated diagnostics: EmisC2H6_Total (counter: 17) Successfully updated diagnostics: EmisC3H8_Total (counter: 17) Successfully updated diagnostics: EmisCH2O_Total (counter: 17) Successfully updated diagnostics: EmisCO_Total (counter: 17) Successfully updated diagnostics: EmisDST1_Total (counter: 17) Successfully updated diagnostics: EmisEOH_Total (counter: 17) Successfully updated diagnostics: EmisHCOOH_Total (counter: 17) Successfully updated diagnostics: EmisISOP_Total (counter: 17) Successfully updated diagnostics: EmisMACR_Total (counter: 17) Successfully updated diagnostics: EmisMEK_Total (counter: 17) Successfully updated diagnostics: EmisMOH_Total (counter: 17) Successfully updated diagnostics: EmisMTPA_Total (counter: 17) Successfully updated diagnostics: EmisNH3_Total (counter: 17) Successfully updated diagnostics: EmisNO_Total (counter: 17) Successfully updated diagnostics: EmisOCPI_Total (counter: 17) Successfully updated diagnostics: EmisOCPO_Total (counter: 17) Successfully updated diagnostics: EmispFe_Total (counter: 17) Successfully updated diagnostics: EmisPRPE_Total (counter: 17) Successfully updated diagnostics: EmisRCHO_Total (counter: 17) Successfully updated diagnostics: EmisSO2_Total (counter: 17) Successfully updated diagnostics: EmisSO4_Total (counter: 17) Successfully updated diagnostics: EmisSOAP_Total (counter: 17) Successfully updated diagnostics: EmisTOLU_Total (counter: 17) Successfully updated diagnostics: EmisXYLE_Total (counter: 17) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 05:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 05:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.259986851784527E-009 Spc. emissions: 8.259986851784527E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.260187439584170E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.260187439584170E-009 OutArr : 8.260187439584170E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.310430461816424E-010 Spc. emissions: 3.310430461816424E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.419448448147670E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.039879166585047E-009 Spc. emissions: 5.459327614732722E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.459327614732722E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.461647584184937E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.461647584184937E-009 OutArr : 5.461647584184937E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.294815883988439E-008 Spc. emissions: 1.294815883988439E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.484226447447461E-010 Spc. emissions: 1.319658148462914E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.320819219360440E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 18) Added total emissions to output array: Species: 5 SpcFlx : 1.320819219360440E-008 OutArr : 1.320819219360440E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 18) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 18) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.152189877296477E-009 Spc. emissions: 1.152189877296477E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.378701940478582E-011 Spc. emissions: 1.165976896701256E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 18) Added total emissions to output array: Species: 9 SpcFlx : 1.165976896701256E-009 OutArr : 1.165976896701256E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.306668888290775E-011 Spc. emissions: 2.306668888290775E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 18) Added total emissions to output array: Species: 16 SpcFlx : 2.306668888290775E-011 OutArr : 2.306668888290775E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.396101926003291E-009 Spc. emissions: 1.396101926003291E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 18) Added total emissions to output array: Species: 17 SpcFlx : 1.396101926003291E-009 OutArr : 1.396101926003291E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.023264499667943E-011 Spc. emissions: 1.633072563218719E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.633355756009255E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 18) Added total emissions to output array: Species: 18 SpcFlx : 1.633355756009255E-009 OutArr : 1.633355756009255E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.931620470918082E-009 Spc. emissions: 2.931620470918082E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.116131475664873E-010 Spc. emissions: 3.043233618484569E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.043276026545934E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 18) Added total emissions to output array: Species: 19 SpcFlx : 3.043276026545934E-009 OutArr : 3.043276026545934E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 18) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 18) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 18) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 18) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.041777490613236E-010 Spc. emissions: 4.041777490613236E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.041777490613236E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.108621192358615E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 18) Added total emissions to output array: Species: 31 SpcFlx : 4.108621192358615E-010 OutArr : 4.108621192358615E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 18) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 18) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.333586283275488E-008 Spc. emissions: 9.333586283275488E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.291213899592614E-010 Spc. emissions: 9.346498422271392E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.360605244293629E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 18) Added total emissions to output array: Species: 47 SpcFlx : 9.360605244293629E-008 OutArr : 9.360605244293629E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.383558599259155E-008 Spc. emissions: 3.578507569836832E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 18) Added total emissions to output array: Species: 49 SpcFlx : 3.578507569836832E-008 OutArr : 3.578507569836832E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 8.498651138919538E-008 Spc. emissions: 8.498651138919538E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 18) Added total emissions to output array: Species: 50 SpcFlx : 8.498651138919538E-008 OutArr : 8.498651138919538E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.542036986793056E-007 Spc. emissions: 1.542036986793056E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 18) Added total emissions to output array: Species: 51 SpcFlx : 1.542036986793056E-007 OutArr : 1.542036986793056E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.686920408623539E-007 Spc. emissions: 1.686920408623539E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 18) Added total emissions to output array: Species: 52 SpcFlx : 1.686920408623539E-007 OutArr : 1.686920408623539E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.208460738680544E-010 Spc. emissions: 4.208460738680544E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.496594661316734E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.038535999064809E-009 Spc. emissions: 5.535130660381555E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.535130660381555E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 18) Added total emissions to output array: Species: 53 SpcFlx : 5.535130660381555E-009 OutArr : 5.535130660381555E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.690871557822156E-009 Spc. emissions: 1.690871557822156E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.690871557822156E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 18) Added total emissions to output array: Species: 72 SpcFlx : 1.690871557822156E-009 OutArr : 1.690871557822156E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.267955959705572E-008 Spc. emissions: 7.267955959705572E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 18) Added total emissions to output array: Species: 121 SpcFlx : 7.267955959705572E-008 OutArr : 7.267955959705572E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.963538327393218E-009 Spc. emissions: 1.963538327393218E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 18) Added total emissions to output array: Species: 124 SpcFlx : 1.963538327393218E-009 OutArr : 1.963538327393218E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 18) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.147852922745306E-010 Spc. emissions: 7.147852922745306E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.147852922745306E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 18) Added total emissions to output array: Species: 135 SpcFlx : 7.147852922745306E-010 OutArr : 7.147852922745306E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.611280984907403E-010 Spc. emissions: 5.611280984907403E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.611280984907403E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 18) Added total emissions to output array: Species: 138 SpcFlx : 5.611280984907403E-010 OutArr : 5.611280984907403E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.581723097503279E-008 Spc. emissions: 1.581723097503279E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 18) Added total emissions to output array: Species: 146 SpcFlx : 1.581723097503279E-008 OutArr : 1.581723097503279E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.013440120593652E-009 Spc. emissions: 7.013440120593652E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 18) Added total emissions to output array: Species: 147 SpcFlx : 7.013440120593652E-009 OutArr : 7.013440120593652E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 18) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.065073944984180E-008 Spc. emissions: 1.065073944984180E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.369766927713215E-009 Spc. emissions: 1.402050637755502E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.433931416507642E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 18) Added total emissions to output array: Species: 161 SpcFlx : 1.433931416507642E-008 OutArr : 1.433931416507642E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 18) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 18) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 18) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.961819374995682E-010 Spc. emissions: 5.961819374995682E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.067076115028044E-009 Spc. emissions: 4.663258052527601E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.288344077093301E-011 Spc. emissions: 4.696141493298551E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.705810705507210E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 18) Added total emissions to output array: Species: 177 SpcFlx : 4.705810705507210E-009 OutArr : 4.705810705507210E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 18) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.093208003273041E-008 Spc. emissions: 1.093208003273041E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 18) Added total emissions to output array: Species: 190 SpcFlx : 1.093208003273041E-008 OutArr : 1.093208003273041E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.093208003273041E-008 Spc. emissions: 1.093208003273041E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 18) Added total emissions to output array: Species: 191 SpcFlx : 1.093208003273041E-008 OutArr : 1.093208003273041E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.017017054357438E-009 Spc. emissions: 6.017017054357438E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 18) Added total emissions to output array: Species: 192 SpcFlx : 6.017017054357438E-009 OutArr : 6.017017054357438E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.616596801730954E-007 Spc. emissions: 6.616596801730954E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 18) Added total emissions to output array: Species: 193 SpcFlx : 6.616596801730954E-007 OutArr : 6.616596801730954E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.616596801730954E-007 Spc. emissions: 6.616596801730954E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 18) Added total emissions to output array: Species: 194 SpcFlx : 6.616596801730954E-007 OutArr : 6.616596801730954E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.641775003350257E-007 Spc. emissions: 3.641775003350257E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 18) Added total emissions to output array: Species: 195 SpcFlx : 3.641775003350257E-007 OutArr : 3.641775003350257E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 18) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 18) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.440174374125806E-009 Spc. emissions: 6.440174374125806E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.708038560214604E-009 Spc. emissions: 9.148212934340420E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.909375683998225E-012 Spc. emissions: 9.157122310024390E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.166856016975904E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 18) Added total emissions to output array: Species: 201 SpcFlx : 9.166856016975904E-009 OutArr : 9.166856016975904E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.708038560214604E-009 Spc. emissions: 2.708038560214604E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 18) Added total emissions to output array: Species: 202 SpcFlx : 2.708038560214604E-009 OutArr : 2.708038560214604E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.514556517120521E-009 Spc. emissions: 1.514556517120521E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.332200365057478E-012 Spc. emissions: 1.522888717485575E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 18) Added total emissions to output array: Species: 203 SpcFlx : 1.522888717485575E-009 OutArr : 1.522888717485575E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.435764863217024E-009 Spc. emissions: 1.435764863217024E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.4500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 8.770274380813737E-012 Spc. emissions: 1.444535137597841E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 18) Added total emissions to output array: Species: 204 SpcFlx : 1.444535137597841E-009 OutArr : 1.444535137597841E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.775901995540005E-009 Spc. emissions: 3.775901995540005E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.775901995540005E-009 OutArr : 3.775901995540005E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 18) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 18) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 18) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 18) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 18) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 18) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 18) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 18) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2425094 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.477142704728310E-009 Spc. emissions: 2.477142704728310E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.477142704728310E-009 OutArr : 2.477142704728310E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 18) Successfully updated diagnostics: EmisNO2_Ship (counter: 18) Successfully updated diagnostics: EmisHNO3_Ship (counter: 18) Successfully updated diagnostics: EmisO3_Ship (counter: 18) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 18) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 18) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 18) Successfully updated diagnostics: EmisCO_BioBurn (counter: 18) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 18) Successfully updated diagnostics: EmisACET_BioBurn (counter: 18) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 18) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 18) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 18) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 18) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 18) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 18) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 18) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 18) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 18) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 18) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 18) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 18) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 18) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 18) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 18) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 18) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 18) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 18) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 18) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 18) Successfully updated diagnostics: EmisALD2_Total (counter: 18) Successfully updated diagnostics: EmisALK4_Total (counter: 18) Successfully updated diagnostics: EmisBCPI_Total (counter: 18) Successfully updated diagnostics: EmisBCPO_Total (counter: 18) Successfully updated diagnostics: EmisBENZ_Total (counter: 18) Successfully updated diagnostics: EmisC2H6_Total (counter: 18) Successfully updated diagnostics: EmisC3H8_Total (counter: 18) Successfully updated diagnostics: EmisCH2O_Total (counter: 18) Successfully updated diagnostics: EmisCO_Total (counter: 18) Successfully updated diagnostics: EmisDST1_Total (counter: 18) Successfully updated diagnostics: EmisEOH_Total (counter: 18) Successfully updated diagnostics: EmisHCOOH_Total (counter: 18) Successfully updated diagnostics: EmisISOP_Total (counter: 18) Successfully updated diagnostics: EmisMACR_Total (counter: 18) Successfully updated diagnostics: EmisMEK_Total (counter: 18) Successfully updated diagnostics: EmisMOH_Total (counter: 18) Successfully updated diagnostics: EmisMTPA_Total (counter: 18) Successfully updated diagnostics: EmisNH3_Total (counter: 18) Successfully updated diagnostics: EmisNO_Total (counter: 18) Successfully updated diagnostics: EmisOCPI_Total (counter: 18) Successfully updated diagnostics: EmisOCPO_Total (counter: 18) Successfully updated diagnostics: EmispFe_Total (counter: 18) Successfully updated diagnostics: EmisPRPE_Total (counter: 18) Successfully updated diagnostics: EmisRCHO_Total (counter: 18) Successfully updated diagnostics: EmisSO2_Total (counter: 18) Successfully updated diagnostics: EmisSO4_Total (counter: 18) Successfully updated diagnostics: EmisSOAP_Total (counter: 18) Successfully updated diagnostics: EmisTOLU_Total (counter: 18) Successfully updated diagnostics: EmisXYLE_Total (counter: 18) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 05:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 06:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-06:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-07:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-06:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-07:30 preferred datetime: 201907010730. selected tidx1: 3 corresponding datetime 1: 201907010730. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-06:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-07:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-06:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-07:30 preferred datetime: 201907010730. selected tidx1: 3 corresponding datetime 1: 201907010730. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.468019104313450E-009 Spc. emissions: 8.468019104313450E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.468219692113083E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.468219692113083E-009 OutArr : 8.468219692113083E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.402709050288878E-010 Spc. emissions: 3.402709050288878E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.428676306994918E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.134740712032054E-009 Spc. emissions: 5.563417019026969E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.563417019026969E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.565736988479189E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.565736988479189E-009 OutArr : 5.565736988479189E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348699718430604E-008 Spc. emissions: 1.348699718430604E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.579789991553618E-010 Spc. emissions: 1.374497618346140E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375658689243667E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 19) Added total emissions to output array: Species: 5 SpcFlx : 1.375658689243667E-008 OutArr : 1.375658689243667E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 19) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 19) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.184264023436322E-009 Spc. emissions: 1.184264023436322E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.468634110548368E-011 Spc. emissions: 1.198950364541798E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 19) Added total emissions to output array: Species: 9 SpcFlx : 1.198950364541798E-009 OutArr : 1.198950364541798E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.305652376853576E-011 Spc. emissions: 2.305652376853576E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 19) Added total emissions to output array: Species: 16 SpcFlx : 2.305652376853576E-011 OutArr : 2.305652376853576E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.395486684202688E-009 Spc. emissions: 1.395486684202688E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 19) Added total emissions to output array: Species: 17 SpcFlx : 1.395486684202688E-009 OutArr : 1.395486684202688E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.154362171563114E-011 Spc. emissions: 1.634383539937670E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634666732728207E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 19) Added total emissions to output array: Species: 18 SpcFlx : 1.634666732728207E-009 OutArr : 1.634666732728207E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 3.010371414006805E-009 Spc. emissions: 3.010371414006805E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.152500506971809E-010 Spc. emissions: 3.125621464703986E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.125663872765349E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 19) Added total emissions to output array: Species: 19 SpcFlx : 3.125663872765349E-009 OutArr : 3.125663872765349E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 19) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 19) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 19) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 19) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.105632710245108E-010 Spc. emissions: 4.105632710245108E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.105632710245108E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.172476411990481E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 19) Added total emissions to output array: Species: 31 SpcFlx : 4.172476411990481E-010 OutArr : 4.172476411990481E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 19) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 19) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.578286549989572E-008 Spc. emissions: 9.578286549989572E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.376785673795635E-010 Spc. emissions: 9.592054406727521E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.606161228749767E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 19) Added total emissions to output array: Species: 47 SpcFlx : 9.606161228749767E-008 OutArr : 9.606161228749767E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 4.042511918433061E-008 Spc. emissions: 4.237460889010739E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 19) Added total emissions to output array: Species: 49 SpcFlx : 4.237460889010739E-008 OutArr : 4.237460889010739E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 1.015377679195456E-007 Spc. emissions: 1.015377679195456E-007 Successfully updated diagnostics: EmisDST2_Natural (counter: 19) Added total emissions to output array: Species: 50 SpcFlx : 1.015377679195456E-007 OutArr : 1.015377679195456E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.842351080894710E-007 Spc. emissions: 1.842351080894710E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 19) Added total emissions to output array: Species: 51 SpcFlx : 1.842351080894710E-007 OutArr : 1.842351080894710E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 2.015450778853865E-007 Spc. emissions: 2.015450778853865E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 19) Added total emissions to output array: Species: 52 SpcFlx : 2.015450778853865E-007 OutArr : 2.015450778853865E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.329603487305353E-010 Spc. emissions: 4.329603487305353E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.508708936179215E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.133365990741773E-009 Spc. emissions: 5.642074926920993E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.642074926920993E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 19) Added total emissions to output array: Species: 53 SpcFlx : 5.642074926920993E-009 OutArr : 5.642074926920993E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.741641928384722E-009 Spc. emissions: 1.741641928384722E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.741641928384722E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 19) Added total emissions to output array: Species: 72 SpcFlx : 1.741641928384722E-009 OutArr : 1.741641928384722E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.640050481986877E-008 Spc. emissions: 7.640050481986877E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 19) Added total emissions to output array: Species: 121 SpcFlx : 7.640050481986877E-008 OutArr : 7.640050481986877E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.019889068512021E-009 Spc. emissions: 2.019889068512021E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 19) Added total emissions to output array: Species: 124 SpcFlx : 2.019889068512021E-009 OutArr : 2.019889068512021E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 19) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.345844006109938E-010 Spc. emissions: 7.345844006109938E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.345844006109938E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 19) Added total emissions to output array: Species: 135 SpcFlx : 7.345844006109938E-010 OutArr : 7.345844006109938E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.772804649740478E-010 Spc. emissions: 5.772804649740478E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.772804649740478E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 19) Added total emissions to output array: Species: 138 SpcFlx : 5.772804649740478E-010 OutArr : 5.772804649740478E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.618607398491154E-008 Spc. emissions: 1.618607398491154E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 19) Added total emissions to output array: Species: 146 SpcFlx : 1.618607398491154E-008 OutArr : 1.618607398491154E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.188360428437274E-009 Spc. emissions: 7.188360428437274E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 19) Added total emissions to output array: Species: 147 SpcFlx : 7.188360428437274E-009 OutArr : 7.188360428437274E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 19) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.094295823896996E-008 Spc. emissions: 1.094295823896996E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.461390353183703E-009 Spc. emissions: 1.440434859215366E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.472315637967508E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 19) Added total emissions to output array: Species: 161 SpcFlx : 1.472315637967508E-008 OutArr : 1.472315637967508E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 19) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 19) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 19) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.138957540167654E-010 Spc. emissions: 6.138957540167654E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.222668194757985E-009 Spc. emissions: 4.836563948774754E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.506318872088068E-011 Spc. emissions: 4.871627137495649E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.881296349704306E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 19) Added total emissions to output array: Species: 177 SpcFlx : 4.881296349704306E-009 OutArr : 4.881296349704306E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 19) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.092726244298357E-008 Spc. emissions: 1.092726244298357E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 19) Added total emissions to output array: Species: 190 SpcFlx : 1.092726244298357E-008 OutArr : 1.092726244298357E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.092726244298357E-008 Spc. emissions: 1.092726244298357E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 19) Added total emissions to output array: Species: 191 SpcFlx : 1.092726244298357E-008 OutArr : 1.092726244298357E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.014365452870734E-009 Spc. emissions: 6.014365452870734E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 19) Added total emissions to output array: Species: 192 SpcFlx : 6.014365452870734E-009 OutArr : 6.014365452870734E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.613680963815183E-007 Spc. emissions: 6.613680963815183E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 19) Added total emissions to output array: Species: 193 SpcFlx : 6.613680963815183E-007 OutArr : 6.613680963815183E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.613680963815183E-007 Spc. emissions: 6.613680963815183E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 19) Added total emissions to output array: Species: 194 SpcFlx : 6.613680963815183E-007 OutArr : 6.613680963815183E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.640170126106909E-007 Spc. emissions: 3.640170126106909E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 19) Added total emissions to output array: Species: 195 SpcFlx : 3.640170126106909E-007 OutArr : 3.640170126106909E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 19) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 19) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.609017553928801E-009 Spc. emissions: 6.609017553928801E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.804468358124834E-009 Spc. emissions: 9.413485912053629E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.499820911207686E-012 Spc. emissions: 9.422985732964838E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.432719439916314E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 19) Added total emissions to output array: Species: 201 SpcFlx : 9.432719439916314E-009 OutArr : 9.432719439916314E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.804468358124834E-009 Spc. emissions: 2.804468358124834E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 19) Added total emissions to output array: Species: 202 SpcFlx : 2.804468358124834E-009 OutArr : 2.804468358124834E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.556151672181208E-009 Spc. emissions: 1.556151672181208E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.855358016765333E-012 Spc. emissions: 1.565007030197969E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 19) Added total emissions to output array: Species: 203 SpcFlx : 1.565007030197969E-009 OutArr : 1.565007030197969E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.474127549450847E-009 Spc. emissions: 1.474127549450847E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.264151174075933E-012 Spc. emissions: 1.483391700624927E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 19) Added total emissions to output array: Species: 204 SpcFlx : 1.483391700624927E-009 OutArr : 1.483391700624927E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.893991026971803E-009 Spc. emissions: 3.893991026971803E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.893991026971803E-009 OutArr : 3.893991026971803E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 19) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 19) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 19) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 19) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 19) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 19) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 19) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 19) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.635181851954182E-009 Spc. emissions: 2.635181851954182E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.635181851954182E-009 OutArr : 2.635181851954182E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 19) Successfully updated diagnostics: EmisNO2_Ship (counter: 19) Successfully updated diagnostics: EmisHNO3_Ship (counter: 19) Successfully updated diagnostics: EmisO3_Ship (counter: 19) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 19) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 19) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 19) Successfully updated diagnostics: EmisCO_BioBurn (counter: 19) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 19) Successfully updated diagnostics: EmisACET_BioBurn (counter: 19) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 19) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 19) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 19) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 19) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 19) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 19) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 19) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 19) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 19) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 19) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 19) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 19) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 19) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 19) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 19) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 19) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 19) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 19) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 19) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 19) Successfully updated diagnostics: EmisALD2_Total (counter: 19) Successfully updated diagnostics: EmisALK4_Total (counter: 19) Successfully updated diagnostics: EmisBCPI_Total (counter: 19) Successfully updated diagnostics: EmisBCPO_Total (counter: 19) Successfully updated diagnostics: EmisBENZ_Total (counter: 19) Successfully updated diagnostics: EmisC2H6_Total (counter: 19) Successfully updated diagnostics: EmisC3H8_Total (counter: 19) Successfully updated diagnostics: EmisCH2O_Total (counter: 19) Successfully updated diagnostics: EmisCO_Total (counter: 19) Successfully updated diagnostics: EmisDST1_Total (counter: 19) Successfully updated diagnostics: EmisEOH_Total (counter: 19) Successfully updated diagnostics: EmisHCOOH_Total (counter: 19) Successfully updated diagnostics: EmisISOP_Total (counter: 19) Successfully updated diagnostics: EmisMACR_Total (counter: 19) Successfully updated diagnostics: EmisMEK_Total (counter: 19) Successfully updated diagnostics: EmisMOH_Total (counter: 19) Successfully updated diagnostics: EmisMTPA_Total (counter: 19) Successfully updated diagnostics: EmisNH3_Total (counter: 19) Successfully updated diagnostics: EmisNO_Total (counter: 19) Successfully updated diagnostics: EmisOCPI_Total (counter: 19) Successfully updated diagnostics: EmisOCPO_Total (counter: 19) Successfully updated diagnostics: EmispFe_Total (counter: 19) Successfully updated diagnostics: EmisPRPE_Total (counter: 19) Successfully updated diagnostics: EmisRCHO_Total (counter: 19) Successfully updated diagnostics: EmisSO2_Total (counter: 19) Successfully updated diagnostics: EmisSO4_Total (counter: 19) Successfully updated diagnostics: EmisSOAP_Total (counter: 19) Successfully updated diagnostics: EmisTOLU_Total (counter: 19) Successfully updated diagnostics: EmisXYLE_Total (counter: 19) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 06:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 06:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.468019104313450E-009 Spc. emissions: 8.468019104313450E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.468219692113083E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.468219692113083E-009 OutArr : 8.468219692113083E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.402709050288878E-010 Spc. emissions: 3.402709050288878E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.428676306994918E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.134740712032054E-009 Spc. emissions: 5.563417019026969E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.563417019026969E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.565736988479189E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.565736988479189E-009 OutArr : 5.565736988479189E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348699718430604E-008 Spc. emissions: 1.348699718430604E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.579789991553618E-010 Spc. emissions: 1.374497618346140E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375658689243667E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 20) Added total emissions to output array: Species: 5 SpcFlx : 1.375658689243667E-008 OutArr : 1.375658689243667E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 20) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 20) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.184264023436322E-009 Spc. emissions: 1.184264023436322E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.468634110548368E-011 Spc. emissions: 1.198950364541798E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 20) Added total emissions to output array: Species: 9 SpcFlx : 1.198950364541798E-009 OutArr : 1.198950364541798E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.305652376853576E-011 Spc. emissions: 2.305652376853576E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 20) Added total emissions to output array: Species: 16 SpcFlx : 2.305652376853576E-011 OutArr : 2.305652376853576E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.395486684202688E-009 Spc. emissions: 1.395486684202688E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 20) Added total emissions to output array: Species: 17 SpcFlx : 1.395486684202688E-009 OutArr : 1.395486684202688E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.154362171563114E-011 Spc. emissions: 1.634383539937670E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634666732728207E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 20) Added total emissions to output array: Species: 18 SpcFlx : 1.634666732728207E-009 OutArr : 1.634666732728207E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 3.010371414006805E-009 Spc. emissions: 3.010371414006805E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.152500506971809E-010 Spc. emissions: 3.125621464703986E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.125663872765349E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 20) Added total emissions to output array: Species: 19 SpcFlx : 3.125663872765349E-009 OutArr : 3.125663872765349E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 20) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 20) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 20) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 20) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.105632710245108E-010 Spc. emissions: 4.105632710245108E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.105632710245108E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.172476411990481E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 20) Added total emissions to output array: Species: 31 SpcFlx : 4.172476411990481E-010 OutArr : 4.172476411990481E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 20) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 20) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.578286549989572E-008 Spc. emissions: 9.578286549989572E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.376785673795635E-010 Spc. emissions: 9.592054406727521E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.606161228749767E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 20) Added total emissions to output array: Species: 47 SpcFlx : 9.606161228749767E-008 OutArr : 9.606161228749767E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 4.042511918433061E-008 Spc. emissions: 4.237460889010739E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 20) Added total emissions to output array: Species: 49 SpcFlx : 4.237460889010739E-008 OutArr : 4.237460889010739E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 1.015377679195456E-007 Spc. emissions: 1.015377679195456E-007 Successfully updated diagnostics: EmisDST2_Natural (counter: 20) Added total emissions to output array: Species: 50 SpcFlx : 1.015377679195456E-007 OutArr : 1.015377679195456E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.842351080894710E-007 Spc. emissions: 1.842351080894710E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 20) Added total emissions to output array: Species: 51 SpcFlx : 1.842351080894710E-007 OutArr : 1.842351080894710E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 2.015450778853865E-007 Spc. emissions: 2.015450778853865E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 20) Added total emissions to output array: Species: 52 SpcFlx : 2.015450778853865E-007 OutArr : 2.015450778853865E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.329603487305353E-010 Spc. emissions: 4.329603487305353E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.508708936179215E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.133365990741773E-009 Spc. emissions: 5.642074926920993E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.642074926920993E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 20) Added total emissions to output array: Species: 53 SpcFlx : 5.642074926920993E-009 OutArr : 5.642074926920993E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.741641928384722E-009 Spc. emissions: 1.741641928384722E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.741641928384722E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 20) Added total emissions to output array: Species: 72 SpcFlx : 1.741641928384722E-009 OutArr : 1.741641928384722E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.640050481986877E-008 Spc. emissions: 7.640050481986877E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 20) Added total emissions to output array: Species: 121 SpcFlx : 7.640050481986877E-008 OutArr : 7.640050481986877E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.019889068512021E-009 Spc. emissions: 2.019889068512021E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 20) Added total emissions to output array: Species: 124 SpcFlx : 2.019889068512021E-009 OutArr : 2.019889068512021E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 20) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.345844006109938E-010 Spc. emissions: 7.345844006109938E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.345844006109938E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 20) Added total emissions to output array: Species: 135 SpcFlx : 7.345844006109938E-010 OutArr : 7.345844006109938E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.772804649740478E-010 Spc. emissions: 5.772804649740478E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.772804649740478E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 20) Added total emissions to output array: Species: 138 SpcFlx : 5.772804649740478E-010 OutArr : 5.772804649740478E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.618607398491154E-008 Spc. emissions: 1.618607398491154E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 20) Added total emissions to output array: Species: 146 SpcFlx : 1.618607398491154E-008 OutArr : 1.618607398491154E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.188360428437274E-009 Spc. emissions: 7.188360428437274E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 20) Added total emissions to output array: Species: 147 SpcFlx : 7.188360428437274E-009 OutArr : 7.188360428437274E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 20) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.094295823896996E-008 Spc. emissions: 1.094295823896996E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.461390353183703E-009 Spc. emissions: 1.440434859215366E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.472315637967508E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 20) Added total emissions to output array: Species: 161 SpcFlx : 1.472315637967508E-008 OutArr : 1.472315637967508E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 20) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 20) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 20) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.138957540167654E-010 Spc. emissions: 6.138957540167654E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.222668194757985E-009 Spc. emissions: 4.836563948774754E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.506318872088068E-011 Spc. emissions: 4.871627137495649E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.881296349704306E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 20) Added total emissions to output array: Species: 177 SpcFlx : 4.881296349704306E-009 OutArr : 4.881296349704306E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 20) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.092726244298357E-008 Spc. emissions: 1.092726244298357E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 20) Added total emissions to output array: Species: 190 SpcFlx : 1.092726244298357E-008 OutArr : 1.092726244298357E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.092726244298357E-008 Spc. emissions: 1.092726244298357E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 20) Added total emissions to output array: Species: 191 SpcFlx : 1.092726244298357E-008 OutArr : 1.092726244298357E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.014365452870734E-009 Spc. emissions: 6.014365452870734E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 20) Added total emissions to output array: Species: 192 SpcFlx : 6.014365452870734E-009 OutArr : 6.014365452870734E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.613680963815183E-007 Spc. emissions: 6.613680963815183E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 20) Added total emissions to output array: Species: 193 SpcFlx : 6.613680963815183E-007 OutArr : 6.613680963815183E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.613680963815183E-007 Spc. emissions: 6.613680963815183E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 20) Added total emissions to output array: Species: 194 SpcFlx : 6.613680963815183E-007 OutArr : 6.613680963815183E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.640170126106909E-007 Spc. emissions: 3.640170126106909E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 20) Added total emissions to output array: Species: 195 SpcFlx : 3.640170126106909E-007 OutArr : 3.640170126106909E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 20) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 20) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.609017553928801E-009 Spc. emissions: 6.609017553928801E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.804468358124834E-009 Spc. emissions: 9.413485912053629E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.499820911207686E-012 Spc. emissions: 9.422985732964838E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.432719439916314E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 20) Added total emissions to output array: Species: 201 SpcFlx : 9.432719439916314E-009 OutArr : 9.432719439916314E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.804468358124834E-009 Spc. emissions: 2.804468358124834E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 20) Added total emissions to output array: Species: 202 SpcFlx : 2.804468358124834E-009 OutArr : 2.804468358124834E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.556151672181208E-009 Spc. emissions: 1.556151672181208E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.855358016765333E-012 Spc. emissions: 1.565007030197969E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 20) Added total emissions to output array: Species: 203 SpcFlx : 1.565007030197969E-009 OutArr : 1.565007030197969E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.474127549450847E-009 Spc. emissions: 1.474127549450847E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.264151174075933E-012 Spc. emissions: 1.483391700624927E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 20) Added total emissions to output array: Species: 204 SpcFlx : 1.483391700624927E-009 OutArr : 1.483391700624927E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.893991026971803E-009 Spc. emissions: 3.893991026971803E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.893991026971803E-009 OutArr : 3.893991026971803E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 20) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 20) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 20) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 20) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 20) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 20) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 20) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 20) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.635181851954182E-009 Spc. emissions: 2.635181851954182E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.635181851954182E-009 OutArr : 2.635181851954182E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 20) Successfully updated diagnostics: EmisNO2_Ship (counter: 20) Successfully updated diagnostics: EmisHNO3_Ship (counter: 20) Successfully updated diagnostics: EmisO3_Ship (counter: 20) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 20) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 20) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 20) Successfully updated diagnostics: EmisCO_BioBurn (counter: 20) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 20) Successfully updated diagnostics: EmisACET_BioBurn (counter: 20) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 20) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 20) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 20) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 20) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 20) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 20) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 20) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 20) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 20) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 20) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 20) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 20) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 20) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 20) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 20) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 20) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 20) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 20) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 20) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 20) Successfully updated diagnostics: EmisALD2_Total (counter: 20) Successfully updated diagnostics: EmisALK4_Total (counter: 20) Successfully updated diagnostics: EmisBCPI_Total (counter: 20) Successfully updated diagnostics: EmisBCPO_Total (counter: 20) Successfully updated diagnostics: EmisBENZ_Total (counter: 20) Successfully updated diagnostics: EmisC2H6_Total (counter: 20) Successfully updated diagnostics: EmisC3H8_Total (counter: 20) Successfully updated diagnostics: EmisCH2O_Total (counter: 20) Successfully updated diagnostics: EmisCO_Total (counter: 20) Successfully updated diagnostics: EmisDST1_Total (counter: 20) Successfully updated diagnostics: EmisEOH_Total (counter: 20) Successfully updated diagnostics: EmisHCOOH_Total (counter: 20) Successfully updated diagnostics: EmisISOP_Total (counter: 20) Successfully updated diagnostics: EmisMACR_Total (counter: 20) Successfully updated diagnostics: EmisMEK_Total (counter: 20) Successfully updated diagnostics: EmisMOH_Total (counter: 20) Successfully updated diagnostics: EmisMTPA_Total (counter: 20) Successfully updated diagnostics: EmisNH3_Total (counter: 20) Successfully updated diagnostics: EmisNO_Total (counter: 20) Successfully updated diagnostics: EmisOCPI_Total (counter: 20) Successfully updated diagnostics: EmisOCPO_Total (counter: 20) Successfully updated diagnostics: EmispFe_Total (counter: 20) Successfully updated diagnostics: EmisPRPE_Total (counter: 20) Successfully updated diagnostics: EmisRCHO_Total (counter: 20) Successfully updated diagnostics: EmisSO2_Total (counter: 20) Successfully updated diagnostics: EmisSO4_Total (counter: 20) Successfully updated diagnostics: EmisSOAP_Total (counter: 20) Successfully updated diagnostics: EmisTOLU_Total (counter: 20) Successfully updated diagnostics: EmisXYLE_Total (counter: 20) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 06:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 06:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.468019104313450E-009 Spc. emissions: 8.468019104313450E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.468219692113083E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.468219692113083E-009 OutArr : 8.468219692113083E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.402709050288878E-010 Spc. emissions: 3.402709050288878E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.428676306994918E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.134740712032054E-009 Spc. emissions: 5.563417019026969E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.563417019026969E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.565736988479189E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.565736988479189E-009 OutArr : 5.565736988479189E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348699718430604E-008 Spc. emissions: 1.348699718430604E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.579789991553618E-010 Spc. emissions: 1.374497618346140E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375658689243667E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 21) Added total emissions to output array: Species: 5 SpcFlx : 1.375658689243667E-008 OutArr : 1.375658689243667E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 21) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 21) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.184264023436322E-009 Spc. emissions: 1.184264023436322E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.468634110548368E-011 Spc. emissions: 1.198950364541798E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 21) Added total emissions to output array: Species: 9 SpcFlx : 1.198950364541798E-009 OutArr : 1.198950364541798E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.305652376853576E-011 Spc. emissions: 2.305652376853576E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 21) Added total emissions to output array: Species: 16 SpcFlx : 2.305652376853576E-011 OutArr : 2.305652376853576E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.395486684202688E-009 Spc. emissions: 1.395486684202688E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 21) Added total emissions to output array: Species: 17 SpcFlx : 1.395486684202688E-009 OutArr : 1.395486684202688E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.154362171563114E-011 Spc. emissions: 1.634383539937670E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634666732728207E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 21) Added total emissions to output array: Species: 18 SpcFlx : 1.634666732728207E-009 OutArr : 1.634666732728207E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 3.010371414006805E-009 Spc. emissions: 3.010371414006805E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.152500506971809E-010 Spc. emissions: 3.125621464703986E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.125663872765349E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 21) Added total emissions to output array: Species: 19 SpcFlx : 3.125663872765349E-009 OutArr : 3.125663872765349E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 21) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 21) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 21) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 21) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.105632710245108E-010 Spc. emissions: 4.105632710245108E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.105632710245108E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.172476411990481E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 21) Added total emissions to output array: Species: 31 SpcFlx : 4.172476411990481E-010 OutArr : 4.172476411990481E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 21) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 21) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.578286549989572E-008 Spc. emissions: 9.578286549989572E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.376785673795635E-010 Spc. emissions: 9.592054406727521E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.606161228749767E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 21) Added total emissions to output array: Species: 47 SpcFlx : 9.606161228749767E-008 OutArr : 9.606161228749767E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 4.042511918433061E-008 Spc. emissions: 4.237460889010739E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 21) Added total emissions to output array: Species: 49 SpcFlx : 4.237460889010739E-008 OutArr : 4.237460889010739E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 1.015377679195456E-007 Spc. emissions: 1.015377679195456E-007 Successfully updated diagnostics: EmisDST2_Natural (counter: 21) Added total emissions to output array: Species: 50 SpcFlx : 1.015377679195456E-007 OutArr : 1.015377679195456E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.842351080894710E-007 Spc. emissions: 1.842351080894710E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 21) Added total emissions to output array: Species: 51 SpcFlx : 1.842351080894710E-007 OutArr : 1.842351080894710E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 2.015450778853865E-007 Spc. emissions: 2.015450778853865E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 21) Added total emissions to output array: Species: 52 SpcFlx : 2.015450778853865E-007 OutArr : 2.015450778853865E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.329603487305353E-010 Spc. emissions: 4.329603487305353E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.508708936179215E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.133365990741773E-009 Spc. emissions: 5.642074926920993E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.642074926920993E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 21) Added total emissions to output array: Species: 53 SpcFlx : 5.642074926920993E-009 OutArr : 5.642074926920993E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.741641928384722E-009 Spc. emissions: 1.741641928384722E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.741641928384722E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 21) Added total emissions to output array: Species: 72 SpcFlx : 1.741641928384722E-009 OutArr : 1.741641928384722E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.640050481986877E-008 Spc. emissions: 7.640050481986877E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 21) Added total emissions to output array: Species: 121 SpcFlx : 7.640050481986877E-008 OutArr : 7.640050481986877E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.019889068512021E-009 Spc. emissions: 2.019889068512021E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 21) Added total emissions to output array: Species: 124 SpcFlx : 2.019889068512021E-009 OutArr : 2.019889068512021E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 21) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.345844006109938E-010 Spc. emissions: 7.345844006109938E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.345844006109938E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 21) Added total emissions to output array: Species: 135 SpcFlx : 7.345844006109938E-010 OutArr : 7.345844006109938E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.772804649740478E-010 Spc. emissions: 5.772804649740478E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.772804649740478E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 21) Added total emissions to output array: Species: 138 SpcFlx : 5.772804649740478E-010 OutArr : 5.772804649740478E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.618607398491154E-008 Spc. emissions: 1.618607398491154E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 21) Added total emissions to output array: Species: 146 SpcFlx : 1.618607398491154E-008 OutArr : 1.618607398491154E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.188360428437274E-009 Spc. emissions: 7.188360428437274E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 21) Added total emissions to output array: Species: 147 SpcFlx : 7.188360428437274E-009 OutArr : 7.188360428437274E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 21) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.094295823896996E-008 Spc. emissions: 1.094295823896996E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.461390353183703E-009 Spc. emissions: 1.440434859215366E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.472315637967508E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 21) Added total emissions to output array: Species: 161 SpcFlx : 1.472315637967508E-008 OutArr : 1.472315637967508E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 21) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 21) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 21) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.138957540167654E-010 Spc. emissions: 6.138957540167654E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.222668194757985E-009 Spc. emissions: 4.836563948774754E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.506318872088068E-011 Spc. emissions: 4.871627137495649E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.881296349704306E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 21) Added total emissions to output array: Species: 177 SpcFlx : 4.881296349704306E-009 OutArr : 4.881296349704306E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 21) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.092726244298357E-008 Spc. emissions: 1.092726244298357E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 21) Added total emissions to output array: Species: 190 SpcFlx : 1.092726244298357E-008 OutArr : 1.092726244298357E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.092726244298357E-008 Spc. emissions: 1.092726244298357E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 21) Added total emissions to output array: Species: 191 SpcFlx : 1.092726244298357E-008 OutArr : 1.092726244298357E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.014365452870734E-009 Spc. emissions: 6.014365452870734E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 21) Added total emissions to output array: Species: 192 SpcFlx : 6.014365452870734E-009 OutArr : 6.014365452870734E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.613680963815183E-007 Spc. emissions: 6.613680963815183E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 21) Added total emissions to output array: Species: 193 SpcFlx : 6.613680963815183E-007 OutArr : 6.613680963815183E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.613680963815183E-007 Spc. emissions: 6.613680963815183E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 21) Added total emissions to output array: Species: 194 SpcFlx : 6.613680963815183E-007 OutArr : 6.613680963815183E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.640170126106909E-007 Spc. emissions: 3.640170126106909E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 21) Added total emissions to output array: Species: 195 SpcFlx : 3.640170126106909E-007 OutArr : 3.640170126106909E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 21) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 21) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.609017553928801E-009 Spc. emissions: 6.609017553928801E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.804468358124834E-009 Spc. emissions: 9.413485912053629E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.499820911207686E-012 Spc. emissions: 9.422985732964838E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.432719439916314E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 21) Added total emissions to output array: Species: 201 SpcFlx : 9.432719439916314E-009 OutArr : 9.432719439916314E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.804468358124834E-009 Spc. emissions: 2.804468358124834E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 21) Added total emissions to output array: Species: 202 SpcFlx : 2.804468358124834E-009 OutArr : 2.804468358124834E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.556151672181208E-009 Spc. emissions: 1.556151672181208E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.855358016765333E-012 Spc. emissions: 1.565007030197969E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 21) Added total emissions to output array: Species: 203 SpcFlx : 1.565007030197969E-009 OutArr : 1.565007030197969E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.474127549450847E-009 Spc. emissions: 1.474127549450847E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 3 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.264151174075933E-012 Spc. emissions: 1.483391700624927E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 21) Added total emissions to output array: Species: 204 SpcFlx : 1.483391700624927E-009 OutArr : 1.483391700624927E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.893991026971803E-009 Spc. emissions: 3.893991026971803E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.893991026971803E-009 OutArr : 3.893991026971803E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 21) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 21) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 21) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 21) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 21) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 21) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 21) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 21) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2240178 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.635181851954182E-009 Spc. emissions: 2.635181851954182E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.635181851954182E-009 OutArr : 2.635181851954182E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 21) Successfully updated diagnostics: EmisNO2_Ship (counter: 21) Successfully updated diagnostics: EmisHNO3_Ship (counter: 21) Successfully updated diagnostics: EmisO3_Ship (counter: 21) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 21) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 21) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 21) Successfully updated diagnostics: EmisCO_BioBurn (counter: 21) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 21) Successfully updated diagnostics: EmisACET_BioBurn (counter: 21) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 21) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 21) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 21) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 21) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 21) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 21) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 21) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 21) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 21) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 21) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 21) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 21) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 21) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 21) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 21) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 21) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 21) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 21) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 21) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 21) Successfully updated diagnostics: EmisALD2_Total (counter: 21) Successfully updated diagnostics: EmisALK4_Total (counter: 21) Successfully updated diagnostics: EmisBCPI_Total (counter: 21) Successfully updated diagnostics: EmisBCPO_Total (counter: 21) Successfully updated diagnostics: EmisBENZ_Total (counter: 21) Successfully updated diagnostics: EmisC2H6_Total (counter: 21) Successfully updated diagnostics: EmisC3H8_Total (counter: 21) Successfully updated diagnostics: EmisCH2O_Total (counter: 21) Successfully updated diagnostics: EmisCO_Total (counter: 21) Successfully updated diagnostics: EmisDST1_Total (counter: 21) Successfully updated diagnostics: EmisEOH_Total (counter: 21) Successfully updated diagnostics: EmisHCOOH_Total (counter: 21) Successfully updated diagnostics: EmisISOP_Total (counter: 21) Successfully updated diagnostics: EmisMACR_Total (counter: 21) Successfully updated diagnostics: EmisMEK_Total (counter: 21) Successfully updated diagnostics: EmisMOH_Total (counter: 21) Successfully updated diagnostics: EmisMTPA_Total (counter: 21) Successfully updated diagnostics: EmisNH3_Total (counter: 21) Successfully updated diagnostics: EmisNO_Total (counter: 21) Successfully updated diagnostics: EmisOCPI_Total (counter: 21) Successfully updated diagnostics: EmisOCPO_Total (counter: 21) Successfully updated diagnostics: EmispFe_Total (counter: 21) Successfully updated diagnostics: EmisPRPE_Total (counter: 21) Successfully updated diagnostics: EmisRCHO_Total (counter: 21) Successfully updated diagnostics: EmisSO2_Total (counter: 21) Successfully updated diagnostics: EmisSO4_Total (counter: 21) Successfully updated diagnostics: EmisSOAP_Total (counter: 21) Successfully updated diagnostics: EmisTOLU_Total (counter: 21) Successfully updated diagnostics: EmisXYLE_Total (counter: 21) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 06:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 07:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.602086255862256E-009 Spc. emissions: 8.602086255862256E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.602286843661897E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.602286843661897E-009 OutArr : 8.602286843661897E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.406602586099510E-010 Spc. emissions: 3.406602586099510E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.429065660575981E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.078090380987475E-009 Spc. emissions: 5.507156041563449E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.507156041563449E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.509476011015670E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.509476011015670E-009 OutArr : 5.509476011015670E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348103506695287E-008 Spc. emissions: 1.348103506695287E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.587746652839157E-010 Spc. emissions: 1.373980973223677E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375142044121204E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 22) Added total emissions to output array: Species: 5 SpcFlx : 1.375142044121204E-008 OutArr : 1.375142044121204E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 22) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 22) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.183833234394706E-009 Spc. emissions: 1.183833234394706E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.512306388427857E-011 Spc. emissions: 1.198956298278979E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 22) Added total emissions to output array: Species: 9 SpcFlx : 1.198956298278979E-009 OutArr : 1.198956298278979E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.302580005514679E-011 Spc. emissions: 2.302580005514679E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 22) Added total emissions to output array: Species: 16 SpcFlx : 2.302580005514679E-011 OutArr : 2.302580005514679E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.393627144320652E-009 Spc. emissions: 1.393627144320652E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 22) Added total emissions to output array: Species: 17 SpcFlx : 1.393627144320652E-009 OutArr : 1.393627144320652E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.142064137356505E-011 Spc. emissions: 1.634260559595604E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634543752386142E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 22) Added total emissions to output array: Species: 18 SpcFlx : 1.634543752386142E-009 OutArr : 1.634543752386142E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 3.031256651830845E-009 Spc. emissions: 3.031256651830845E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.149088793366174E-010 Spc. emissions: 3.146165531167462E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.146207939228824E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 22) Added total emissions to output array: Species: 19 SpcFlx : 3.146207939228824E-009 OutArr : 3.146207939228824E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 22) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 22) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 22) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 22) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.086444353945741E-010 Spc. emissions: 4.086444353945741E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.086444353945741E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.153288055691113E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 22) Added total emissions to output array: Species: 31 SpcFlx : 4.153288055691113E-010 OutArr : 4.153288055691113E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 22) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 22) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.641799072466562E-008 Spc. emissions: 9.641799072466562E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.419146060752173E-010 Spc. emissions: 9.655990533074068E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.670097355096304E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 22) Added total emissions to output array: Species: 47 SpcFlx : 9.670097355096304E-008 OutArr : 9.670097355096304E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 4.266141687385364E-008 Spc. emissions: 4.461090657963041E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 22) Added total emissions to output array: Species: 49 SpcFlx : 4.461090657963041E-008 OutArr : 4.461090657963041E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 1.071547858848467E-007 Spc. emissions: 1.071547858848467E-007 Successfully updated diagnostics: EmisDST2_Natural (counter: 22) Added total emissions to output array: Species: 50 SpcFlx : 1.071547858848467E-007 OutArr : 1.071547858848467E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.944269009653484E-007 Spc. emissions: 1.944269009653484E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 22) Added total emissions to output array: Species: 51 SpcFlx : 1.944269009653484E-007 OutArr : 1.944269009653484E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 2.126944580320560E-007 Spc. emissions: 2.126944580320560E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 22) Added total emissions to output array: Species: 52 SpcFlx : 2.126944580320560E-007 OutArr : 2.126944580320560E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.338447457875470E-010 Spc. emissions: 4.338447457875470E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.509593333236226E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.076734466267920E-009 Spc. emissions: 5.586327799504140E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.586327799504140E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 22) Added total emissions to output array: Species: 53 SpcFlx : 5.586327799504140E-009 OutArr : 5.586327799504140E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.742274557475787E-009 Spc. emissions: 1.742274557475787E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.742274557475787E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 22) Added total emissions to output array: Species: 72 SpcFlx : 1.742274557475787E-009 OutArr : 1.742274557475787E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.738535380444689E-008 Spc. emissions: 7.738535380444689E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 22) Added total emissions to output array: Species: 121 SpcFlx : 7.738535380444689E-008 OutArr : 7.738535380444689E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.055231497025850E-009 Spc. emissions: 2.055231497025850E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 22) Added total emissions to output array: Species: 124 SpcFlx : 2.055231497025850E-009 OutArr : 2.055231497025850E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 22) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.384702445960339E-010 Spc. emissions: 7.384702445960339E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.384702445960339E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 22) Added total emissions to output array: Species: 135 SpcFlx : 7.384702445960339E-010 OutArr : 7.384702445960339E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.784596610500645E-010 Spc. emissions: 5.784596610500645E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.784596610500645E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 22) Added total emissions to output array: Species: 138 SpcFlx : 5.784596610500645E-010 OutArr : 5.784596610500645E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.626221757159481E-008 Spc. emissions: 1.626221757159481E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 22) Added total emissions to output array: Species: 146 SpcFlx : 1.626221757159481E-008 OutArr : 1.626221757159481E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.218503935453303E-009 Spc. emissions: 7.218503935453303E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 22) Added total emissions to output array: Species: 147 SpcFlx : 7.218503935453303E-009 OutArr : 7.218503935453303E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 22) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.117722770064820E-008 Spc. emissions: 1.117722770064820E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.565945201454589E-009 Spc. emissions: 1.474317290210278E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.506198068962423E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 22) Added total emissions to output array: Species: 161 SpcFlx : 1.506198068962423E-008 OutArr : 1.506198068962423E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 22) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 22) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 22) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.150985518731122E-010 Spc. emissions: 6.150985518731122E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.357805933851252E-009 Spc. emissions: 4.972904485724372E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.614181602922613E-011 Spc. emissions: 5.009046301753603E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.018715513962267E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 22) Added total emissions to output array: Species: 177 SpcFlx : 5.018715513962267E-009 OutArr : 5.018715513962267E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 22) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.091270144138615E-008 Spc. emissions: 1.091270144138615E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 22) Added total emissions to output array: Species: 190 SpcFlx : 1.091270144138615E-008 OutArr : 1.091270144138615E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.091270144138615E-008 Spc. emissions: 1.091270144138615E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 22) Added total emissions to output array: Species: 191 SpcFlx : 1.091270144138615E-008 OutArr : 1.091270144138615E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.006351077319350E-009 Spc. emissions: 6.006351077319350E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 22) Added total emissions to output array: Species: 192 SpcFlx : 6.006351077319350E-009 OutArr : 6.006351077319350E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.604867978597513E-007 Spc. emissions: 6.604867978597513E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 22) Added total emissions to output array: Species: 193 SpcFlx : 6.604867978597513E-007 OutArr : 6.604867978597513E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.604867978597513E-007 Spc. emissions: 6.604867978597513E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 22) Added total emissions to output array: Species: 194 SpcFlx : 6.604867978597513E-007 OutArr : 6.604867978597513E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.635319458878360E-007 Spc. emissions: 3.635319458878360E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 22) Added total emissions to output array: Species: 195 SpcFlx : 3.635319458878360E-007 OutArr : 3.635319458878360E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 22) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 22) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.652841193340083E-009 Spc. emissions: 6.652841193340083E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.827331254007468E-009 Spc. emissions: 9.480172447347542E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.792107573885659E-012 Spc. emissions: 9.489964554921429E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.499698261872927E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 22) Added total emissions to output array: Species: 201 SpcFlx : 9.499698261872927E-009 OutArr : 9.499698261872927E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.827331254007468E-009 Spc. emissions: 2.827331254007468E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 22) Added total emissions to output array: Species: 202 SpcFlx : 2.827331254007468E-009 OutArr : 2.827331254007468E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.559603458117194E-009 Spc. emissions: 1.559603458117194E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.097641749983625E-012 Spc. emissions: 1.568701099867174E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 22) Added total emissions to output array: Species: 203 SpcFlx : 1.568701099867174E-009 OutArr : 1.568701099867174E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.477318624715687E-009 Spc. emissions: 1.477318624715687E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.458753964554521E-012 Spc. emissions: 1.486777378680240E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 22) Added total emissions to output array: Species: 204 SpcFlx : 1.486777378680240E-009 OutArr : 1.486777378680240E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.895542245704610E-009 Spc. emissions: 3.895542245704610E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.895542245704610E-009 OutArr : 3.895542245704610E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 22) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 22) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 22) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 22) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 22) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 22) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 22) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 22) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.781406286294610E-009 Spc. emissions: 2.781406286294610E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.781406286294610E-009 OutArr : 2.781406286294610E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 22) Successfully updated diagnostics: EmisNO2_Ship (counter: 22) Successfully updated diagnostics: EmisHNO3_Ship (counter: 22) Successfully updated diagnostics: EmisO3_Ship (counter: 22) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 22) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 22) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 22) Successfully updated diagnostics: EmisCO_BioBurn (counter: 22) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 22) Successfully updated diagnostics: EmisACET_BioBurn (counter: 22) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 22) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 22) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 22) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 22) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 22) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 22) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 22) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 22) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 22) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 22) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 22) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 22) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 22) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 22) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 22) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 22) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 22) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 22) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 22) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 22) Successfully updated diagnostics: EmisALD2_Total (counter: 22) Successfully updated diagnostics: EmisALK4_Total (counter: 22) Successfully updated diagnostics: EmisBCPI_Total (counter: 22) Successfully updated diagnostics: EmisBCPO_Total (counter: 22) Successfully updated diagnostics: EmisBENZ_Total (counter: 22) Successfully updated diagnostics: EmisC2H6_Total (counter: 22) Successfully updated diagnostics: EmisC3H8_Total (counter: 22) Successfully updated diagnostics: EmisCH2O_Total (counter: 22) Successfully updated diagnostics: EmisCO_Total (counter: 22) Successfully updated diagnostics: EmisDST1_Total (counter: 22) Successfully updated diagnostics: EmisEOH_Total (counter: 22) Successfully updated diagnostics: EmisHCOOH_Total (counter: 22) Successfully updated diagnostics: EmisISOP_Total (counter: 22) Successfully updated diagnostics: EmisMACR_Total (counter: 22) Successfully updated diagnostics: EmisMEK_Total (counter: 22) Successfully updated diagnostics: EmisMOH_Total (counter: 22) Successfully updated diagnostics: EmisMTPA_Total (counter: 22) Successfully updated diagnostics: EmisNH3_Total (counter: 22) Successfully updated diagnostics: EmisNO_Total (counter: 22) Successfully updated diagnostics: EmisOCPI_Total (counter: 22) Successfully updated diagnostics: EmisOCPO_Total (counter: 22) Successfully updated diagnostics: EmispFe_Total (counter: 22) Successfully updated diagnostics: EmisPRPE_Total (counter: 22) Successfully updated diagnostics: EmisRCHO_Total (counter: 22) Successfully updated diagnostics: EmisSO2_Total (counter: 22) Successfully updated diagnostics: EmisSO4_Total (counter: 22) Successfully updated diagnostics: EmisSOAP_Total (counter: 22) Successfully updated diagnostics: EmisTOLU_Total (counter: 22) Successfully updated diagnostics: EmisXYLE_Total (counter: 22) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 07:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 07:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.602086255862256E-009 Spc. emissions: 8.602086255862256E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.602286843661897E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.602286843661897E-009 OutArr : 8.602286843661897E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.406602586099510E-010 Spc. emissions: 3.406602586099510E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.429065660575981E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.078090380987475E-009 Spc. emissions: 5.507156041563449E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.507156041563449E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.509476011015670E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.509476011015670E-009 OutArr : 5.509476011015670E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348103506695287E-008 Spc. emissions: 1.348103506695287E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.587746652839157E-010 Spc. emissions: 1.373980973223677E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375142044121204E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 23) Added total emissions to output array: Species: 5 SpcFlx : 1.375142044121204E-008 OutArr : 1.375142044121204E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 23) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 23) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.183833234394706E-009 Spc. emissions: 1.183833234394706E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.512306388427857E-011 Spc. emissions: 1.198956298278979E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 23) Added total emissions to output array: Species: 9 SpcFlx : 1.198956298278979E-009 OutArr : 1.198956298278979E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.302580005514679E-011 Spc. emissions: 2.302580005514679E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 23) Added total emissions to output array: Species: 16 SpcFlx : 2.302580005514679E-011 OutArr : 2.302580005514679E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.393627144320652E-009 Spc. emissions: 1.393627144320652E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 23) Added total emissions to output array: Species: 17 SpcFlx : 1.393627144320652E-009 OutArr : 1.393627144320652E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.142064137356505E-011 Spc. emissions: 1.634260559595604E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634543752386142E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 23) Added total emissions to output array: Species: 18 SpcFlx : 1.634543752386142E-009 OutArr : 1.634543752386142E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 3.031256651830845E-009 Spc. emissions: 3.031256651830845E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.149088793366174E-010 Spc. emissions: 3.146165531167462E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.146207939228824E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 23) Added total emissions to output array: Species: 19 SpcFlx : 3.146207939228824E-009 OutArr : 3.146207939228824E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 23) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 23) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 23) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 23) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.086444353945741E-010 Spc. emissions: 4.086444353945741E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.086444353945741E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.153288055691113E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 23) Added total emissions to output array: Species: 31 SpcFlx : 4.153288055691113E-010 OutArr : 4.153288055691113E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 23) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 23) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.641799072466562E-008 Spc. emissions: 9.641799072466562E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.419146060752173E-010 Spc. emissions: 9.655990533074068E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.670097355096304E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 23) Added total emissions to output array: Species: 47 SpcFlx : 9.670097355096304E-008 OutArr : 9.670097355096304E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 4.266141687385364E-008 Spc. emissions: 4.461090657963041E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 23) Added total emissions to output array: Species: 49 SpcFlx : 4.461090657963041E-008 OutArr : 4.461090657963041E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 1.071547858848467E-007 Spc. emissions: 1.071547858848467E-007 Successfully updated diagnostics: EmisDST2_Natural (counter: 23) Added total emissions to output array: Species: 50 SpcFlx : 1.071547858848467E-007 OutArr : 1.071547858848467E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.944269009653484E-007 Spc. emissions: 1.944269009653484E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 23) Added total emissions to output array: Species: 51 SpcFlx : 1.944269009653484E-007 OutArr : 1.944269009653484E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 2.126944580320560E-007 Spc. emissions: 2.126944580320560E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 23) Added total emissions to output array: Species: 52 SpcFlx : 2.126944580320560E-007 OutArr : 2.126944580320560E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.338447457875470E-010 Spc. emissions: 4.338447457875470E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.509593333236226E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.076734466267920E-009 Spc. emissions: 5.586327799504140E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.586327799504140E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 23) Added total emissions to output array: Species: 53 SpcFlx : 5.586327799504140E-009 OutArr : 5.586327799504140E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.742274557475787E-009 Spc. emissions: 1.742274557475787E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.742274557475787E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 23) Added total emissions to output array: Species: 72 SpcFlx : 1.742274557475787E-009 OutArr : 1.742274557475787E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.738535380444689E-008 Spc. emissions: 7.738535380444689E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 23) Added total emissions to output array: Species: 121 SpcFlx : 7.738535380444689E-008 OutArr : 7.738535380444689E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.055231497025850E-009 Spc. emissions: 2.055231497025850E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 23) Added total emissions to output array: Species: 124 SpcFlx : 2.055231497025850E-009 OutArr : 2.055231497025850E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 23) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.384702445960339E-010 Spc. emissions: 7.384702445960339E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.384702445960339E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 23) Added total emissions to output array: Species: 135 SpcFlx : 7.384702445960339E-010 OutArr : 7.384702445960339E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.784596610500645E-010 Spc. emissions: 5.784596610500645E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.784596610500645E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 23) Added total emissions to output array: Species: 138 SpcFlx : 5.784596610500645E-010 OutArr : 5.784596610500645E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.626221757159481E-008 Spc. emissions: 1.626221757159481E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 23) Added total emissions to output array: Species: 146 SpcFlx : 1.626221757159481E-008 OutArr : 1.626221757159481E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.218503935453303E-009 Spc. emissions: 7.218503935453303E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 23) Added total emissions to output array: Species: 147 SpcFlx : 7.218503935453303E-009 OutArr : 7.218503935453303E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 23) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.117722770064820E-008 Spc. emissions: 1.117722770064820E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.565945201454589E-009 Spc. emissions: 1.474317290210278E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.506198068962423E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 23) Added total emissions to output array: Species: 161 SpcFlx : 1.506198068962423E-008 OutArr : 1.506198068962423E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 23) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 23) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 23) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.150985518731122E-010 Spc. emissions: 6.150985518731122E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.357805933851252E-009 Spc. emissions: 4.972904485724372E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.614181602922613E-011 Spc. emissions: 5.009046301753603E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.018715513962267E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 23) Added total emissions to output array: Species: 177 SpcFlx : 5.018715513962267E-009 OutArr : 5.018715513962267E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 23) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.091270144138615E-008 Spc. emissions: 1.091270144138615E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 23) Added total emissions to output array: Species: 190 SpcFlx : 1.091270144138615E-008 OutArr : 1.091270144138615E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.091270144138615E-008 Spc. emissions: 1.091270144138615E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 23) Added total emissions to output array: Species: 191 SpcFlx : 1.091270144138615E-008 OutArr : 1.091270144138615E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.006351077319350E-009 Spc. emissions: 6.006351077319350E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 23) Added total emissions to output array: Species: 192 SpcFlx : 6.006351077319350E-009 OutArr : 6.006351077319350E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.604867978597513E-007 Spc. emissions: 6.604867978597513E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 23) Added total emissions to output array: Species: 193 SpcFlx : 6.604867978597513E-007 OutArr : 6.604867978597513E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.604867978597513E-007 Spc. emissions: 6.604867978597513E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 23) Added total emissions to output array: Species: 194 SpcFlx : 6.604867978597513E-007 OutArr : 6.604867978597513E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.635319458878360E-007 Spc. emissions: 3.635319458878360E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 23) Added total emissions to output array: Species: 195 SpcFlx : 3.635319458878360E-007 OutArr : 3.635319458878360E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 23) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 23) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.652841193340083E-009 Spc. emissions: 6.652841193340083E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.827331254007468E-009 Spc. emissions: 9.480172447347542E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.792107573885659E-012 Spc. emissions: 9.489964554921429E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.499698261872927E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 23) Added total emissions to output array: Species: 201 SpcFlx : 9.499698261872927E-009 OutArr : 9.499698261872927E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.827331254007468E-009 Spc. emissions: 2.827331254007468E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 23) Added total emissions to output array: Species: 202 SpcFlx : 2.827331254007468E-009 OutArr : 2.827331254007468E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.559603458117194E-009 Spc. emissions: 1.559603458117194E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.097641749983625E-012 Spc. emissions: 1.568701099867174E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 23) Added total emissions to output array: Species: 203 SpcFlx : 1.568701099867174E-009 OutArr : 1.568701099867174E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.477318624715687E-009 Spc. emissions: 1.477318624715687E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.458753964554521E-012 Spc. emissions: 1.486777378680240E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 23) Added total emissions to output array: Species: 204 SpcFlx : 1.486777378680240E-009 OutArr : 1.486777378680240E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.895542245704610E-009 Spc. emissions: 3.895542245704610E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.895542245704610E-009 OutArr : 3.895542245704610E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 23) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 23) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 23) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 23) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 23) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 23) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 23) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 23) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.781406286294610E-009 Spc. emissions: 2.781406286294610E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.781406286294610E-009 OutArr : 2.781406286294610E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 23) Successfully updated diagnostics: EmisNO2_Ship (counter: 23) Successfully updated diagnostics: EmisHNO3_Ship (counter: 23) Successfully updated diagnostics: EmisO3_Ship (counter: 23) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 23) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 23) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 23) Successfully updated diagnostics: EmisCO_BioBurn (counter: 23) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 23) Successfully updated diagnostics: EmisACET_BioBurn (counter: 23) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 23) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 23) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 23) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 23) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 23) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 23) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 23) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 23) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 23) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 23) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 23) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 23) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 23) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 23) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 23) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 23) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 23) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 23) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 23) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 23) Successfully updated diagnostics: EmisALD2_Total (counter: 23) Successfully updated diagnostics: EmisALK4_Total (counter: 23) Successfully updated diagnostics: EmisBCPI_Total (counter: 23) Successfully updated diagnostics: EmisBCPO_Total (counter: 23) Successfully updated diagnostics: EmisBENZ_Total (counter: 23) Successfully updated diagnostics: EmisC2H6_Total (counter: 23) Successfully updated diagnostics: EmisC3H8_Total (counter: 23) Successfully updated diagnostics: EmisCH2O_Total (counter: 23) Successfully updated diagnostics: EmisCO_Total (counter: 23) Successfully updated diagnostics: EmisDST1_Total (counter: 23) Successfully updated diagnostics: EmisEOH_Total (counter: 23) Successfully updated diagnostics: EmisHCOOH_Total (counter: 23) Successfully updated diagnostics: EmisISOP_Total (counter: 23) Successfully updated diagnostics: EmisMACR_Total (counter: 23) Successfully updated diagnostics: EmisMEK_Total (counter: 23) Successfully updated diagnostics: EmisMOH_Total (counter: 23) Successfully updated diagnostics: EmisMTPA_Total (counter: 23) Successfully updated diagnostics: EmisNH3_Total (counter: 23) Successfully updated diagnostics: EmisNO_Total (counter: 23) Successfully updated diagnostics: EmisOCPI_Total (counter: 23) Successfully updated diagnostics: EmisOCPO_Total (counter: 23) Successfully updated diagnostics: EmispFe_Total (counter: 23) Successfully updated diagnostics: EmisPRPE_Total (counter: 23) Successfully updated diagnostics: EmisRCHO_Total (counter: 23) Successfully updated diagnostics: EmisSO2_Total (counter: 23) Successfully updated diagnostics: EmisSO4_Total (counter: 23) Successfully updated diagnostics: EmisSOAP_Total (counter: 23) Successfully updated diagnostics: EmisTOLU_Total (counter: 23) Successfully updated diagnostics: EmisXYLE_Total (counter: 23) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 07:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 07:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.602086255862256E-009 Spc. emissions: 8.602086255862256E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.602286843661897E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.602286843661897E-009 OutArr : 8.602286843661897E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.406602586099510E-010 Spc. emissions: 3.406602586099510E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.429065660575981E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 4.078090380987475E-009 Spc. emissions: 5.507156041563449E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.507156041563449E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.509476011015670E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.509476011015670E-009 OutArr : 5.509476011015670E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348103506695287E-008 Spc. emissions: 1.348103506695287E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.587746652839157E-010 Spc. emissions: 1.373980973223677E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375142044121204E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 24) Added total emissions to output array: Species: 5 SpcFlx : 1.375142044121204E-008 OutArr : 1.375142044121204E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 24) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 24) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.183833234394706E-009 Spc. emissions: 1.183833234394706E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.512306388427857E-011 Spc. emissions: 1.198956298278979E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 24) Added total emissions to output array: Species: 9 SpcFlx : 1.198956298278979E-009 OutArr : 1.198956298278979E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.302580005514679E-011 Spc. emissions: 2.302580005514679E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 24) Added total emissions to output array: Species: 16 SpcFlx : 2.302580005514679E-011 OutArr : 2.302580005514679E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.393627144320652E-009 Spc. emissions: 1.393627144320652E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 24) Added total emissions to output array: Species: 17 SpcFlx : 1.393627144320652E-009 OutArr : 1.393627144320652E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.142064137356505E-011 Spc. emissions: 1.634260559595604E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634543752386142E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 24) Added total emissions to output array: Species: 18 SpcFlx : 1.634543752386142E-009 OutArr : 1.634543752386142E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 3.031256651830845E-009 Spc. emissions: 3.031256651830845E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.149088793366174E-010 Spc. emissions: 3.146165531167462E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.146207939228824E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 24) Added total emissions to output array: Species: 19 SpcFlx : 3.146207939228824E-009 OutArr : 3.146207939228824E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 24) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 24) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 24) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 24) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.086444353945741E-010 Spc. emissions: 4.086444353945741E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.086444353945741E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.153288055691113E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 24) Added total emissions to output array: Species: 31 SpcFlx : 4.153288055691113E-010 OutArr : 4.153288055691113E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 24) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 24) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.641799072466562E-008 Spc. emissions: 9.641799072466562E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.419146060752173E-010 Spc. emissions: 9.655990533074068E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.670097355096304E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 24) Added total emissions to output array: Species: 47 SpcFlx : 9.670097355096304E-008 OutArr : 9.670097355096304E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 4.266141687385364E-008 Spc. emissions: 4.461090657963041E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 24) Added total emissions to output array: Species: 49 SpcFlx : 4.461090657963041E-008 OutArr : 4.461090657963041E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 1.071547858848467E-007 Spc. emissions: 1.071547858848467E-007 Successfully updated diagnostics: EmisDST2_Natural (counter: 24) Added total emissions to output array: Species: 50 SpcFlx : 1.071547858848467E-007 OutArr : 1.071547858848467E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.944269009653484E-007 Spc. emissions: 1.944269009653484E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 24) Added total emissions to output array: Species: 51 SpcFlx : 1.944269009653484E-007 OutArr : 1.944269009653484E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 2.126944580320560E-007 Spc. emissions: 2.126944580320560E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 24) Added total emissions to output array: Species: 52 SpcFlx : 2.126944580320560E-007 OutArr : 2.126944580320560E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.338447457875470E-010 Spc. emissions: 4.338447457875470E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.509593333236226E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 4.076734466267920E-009 Spc. emissions: 5.586327799504140E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.586327799504140E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 24) Added total emissions to output array: Species: 53 SpcFlx : 5.586327799504140E-009 OutArr : 5.586327799504140E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.742274557475787E-009 Spc. emissions: 1.742274557475787E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.742274557475787E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 24) Added total emissions to output array: Species: 72 SpcFlx : 1.742274557475787E-009 OutArr : 1.742274557475787E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.738535380444689E-008 Spc. emissions: 7.738535380444689E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 24) Added total emissions to output array: Species: 121 SpcFlx : 7.738535380444689E-008 OutArr : 7.738535380444689E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.055231497025850E-009 Spc. emissions: 2.055231497025850E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 24) Added total emissions to output array: Species: 124 SpcFlx : 2.055231497025850E-009 OutArr : 2.055231497025850E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 24) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.384702445960339E-010 Spc. emissions: 7.384702445960339E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.384702445960339E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 24) Added total emissions to output array: Species: 135 SpcFlx : 7.384702445960339E-010 OutArr : 7.384702445960339E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.784596610500645E-010 Spc. emissions: 5.784596610500645E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.784596610500645E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 24) Added total emissions to output array: Species: 138 SpcFlx : 5.784596610500645E-010 OutArr : 5.784596610500645E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.626221757159481E-008 Spc. emissions: 1.626221757159481E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 24) Added total emissions to output array: Species: 146 SpcFlx : 1.626221757159481E-008 OutArr : 1.626221757159481E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.218503935453303E-009 Spc. emissions: 7.218503935453303E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 24) Added total emissions to output array: Species: 147 SpcFlx : 7.218503935453303E-009 OutArr : 7.218503935453303E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 24) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.117722770064820E-008 Spc. emissions: 1.117722770064820E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.565945201454589E-009 Spc. emissions: 1.474317290210278E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.506198068962423E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 24) Added total emissions to output array: Species: 161 SpcFlx : 1.506198068962423E-008 OutArr : 1.506198068962423E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 24) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 24) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 24) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.150985518731122E-010 Spc. emissions: 6.150985518731122E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.357805933851252E-009 Spc. emissions: 4.972904485724372E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.614181602922613E-011 Spc. emissions: 5.009046301753603E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.018715513962267E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 24) Added total emissions to output array: Species: 177 SpcFlx : 5.018715513962267E-009 OutArr : 5.018715513962267E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 24) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.091270144138615E-008 Spc. emissions: 1.091270144138615E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 24) Added total emissions to output array: Species: 190 SpcFlx : 1.091270144138615E-008 OutArr : 1.091270144138615E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.091270144138615E-008 Spc. emissions: 1.091270144138615E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 24) Added total emissions to output array: Species: 191 SpcFlx : 1.091270144138615E-008 OutArr : 1.091270144138615E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 6.006351077319350E-009 Spc. emissions: 6.006351077319350E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 24) Added total emissions to output array: Species: 192 SpcFlx : 6.006351077319350E-009 OutArr : 6.006351077319350E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.604867978597513E-007 Spc. emissions: 6.604867978597513E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 24) Added total emissions to output array: Species: 193 SpcFlx : 6.604867978597513E-007 OutArr : 6.604867978597513E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.604867978597513E-007 Spc. emissions: 6.604867978597513E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 24) Added total emissions to output array: Species: 194 SpcFlx : 6.604867978597513E-007 OutArr : 6.604867978597513E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.635319458878360E-007 Spc. emissions: 3.635319458878360E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 24) Added total emissions to output array: Species: 195 SpcFlx : 3.635319458878360E-007 OutArr : 3.635319458878360E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 24) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 24) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.652841193340083E-009 Spc. emissions: 6.652841193340083E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.827331254007468E-009 Spc. emissions: 9.480172447347542E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.792107573885659E-012 Spc. emissions: 9.489964554921429E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.499698261872927E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 24) Added total emissions to output array: Species: 201 SpcFlx : 9.499698261872927E-009 OutArr : 9.499698261872927E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.827331254007468E-009 Spc. emissions: 2.827331254007468E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 24) Added total emissions to output array: Species: 202 SpcFlx : 2.827331254007468E-009 OutArr : 2.827331254007468E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.559603458117194E-009 Spc. emissions: 1.559603458117194E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.097641749983625E-012 Spc. emissions: 1.568701099867174E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 24) Added total emissions to output array: Species: 203 SpcFlx : 1.568701099867174E-009 OutArr : 1.568701099867174E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.477318624715687E-009 Spc. emissions: 1.477318624715687E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 4 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.458753964554521E-012 Spc. emissions: 1.486777378680240E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 24) Added total emissions to output array: Species: 204 SpcFlx : 1.486777378680240E-009 OutArr : 1.486777378680240E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.895542245704610E-009 Spc. emissions: 3.895542245704610E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.895542245704610E-009 OutArr : 3.895542245704610E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 24) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 24) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 24) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 24) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 24) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 24) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 24) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 24) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2189374 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.781406286294610E-009 Spc. emissions: 2.781406286294610E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.781406286294610E-009 OutArr : 2.781406286294610E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 24) Successfully updated diagnostics: EmisNO2_Ship (counter: 24) Successfully updated diagnostics: EmisHNO3_Ship (counter: 24) Successfully updated diagnostics: EmisO3_Ship (counter: 24) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 24) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 24) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 24) Successfully updated diagnostics: EmisCO_BioBurn (counter: 24) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 24) Successfully updated diagnostics: EmisACET_BioBurn (counter: 24) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 24) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 24) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 24) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 24) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 24) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 24) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 24) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 24) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 24) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 24) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 24) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 24) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 24) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 24) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 24) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 24) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 24) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 24) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 24) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 24) Successfully updated diagnostics: EmisALD2_Total (counter: 24) Successfully updated diagnostics: EmisALK4_Total (counter: 24) Successfully updated diagnostics: EmisBCPI_Total (counter: 24) Successfully updated diagnostics: EmisBCPO_Total (counter: 24) Successfully updated diagnostics: EmisBENZ_Total (counter: 24) Successfully updated diagnostics: EmisC2H6_Total (counter: 24) Successfully updated diagnostics: EmisC3H8_Total (counter: 24) Successfully updated diagnostics: EmisCH2O_Total (counter: 24) Successfully updated diagnostics: EmisCO_Total (counter: 24) Successfully updated diagnostics: EmisDST1_Total (counter: 24) Successfully updated diagnostics: EmisEOH_Total (counter: 24) Successfully updated diagnostics: EmisHCOOH_Total (counter: 24) Successfully updated diagnostics: EmisISOP_Total (counter: 24) Successfully updated diagnostics: EmisMACR_Total (counter: 24) Successfully updated diagnostics: EmisMEK_Total (counter: 24) Successfully updated diagnostics: EmisMOH_Total (counter: 24) Successfully updated diagnostics: EmisMTPA_Total (counter: 24) Successfully updated diagnostics: EmisNH3_Total (counter: 24) Successfully updated diagnostics: EmisNO_Total (counter: 24) Successfully updated diagnostics: EmisOCPI_Total (counter: 24) Successfully updated diagnostics: EmisOCPO_Total (counter: 24) Successfully updated diagnostics: EmispFe_Total (counter: 24) Successfully updated diagnostics: EmisPRPE_Total (counter: 24) Successfully updated diagnostics: EmisRCHO_Total (counter: 24) Successfully updated diagnostics: EmisSO2_Total (counter: 24) Successfully updated diagnostics: EmisSO4_Total (counter: 24) Successfully updated diagnostics: EmisSOAP_Total (counter: 24) Successfully updated diagnostics: EmisTOLU_Total (counter: 24) Successfully updated diagnostics: EmisXYLE_Total (counter: 24) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 07:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 08:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.672538560386606E-009 Spc. emissions: 8.672538560386606E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.672739148186247E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.672739148186247E-009 OutArr : 8.672739148186247E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.395561314015299E-010 Spc. emissions: 3.395561314015299E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.427961533367560E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.938712107440345E-009 Spc. emissions: 5.366673640807914E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.366673640807914E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.368993610260127E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.368993610260127E-009 OutArr : 5.368993610260127E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348724525829593E-008 Spc. emissions: 1.348724525829593E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.575985632425200E-010 Spc. emissions: 1.374484382153843E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375645453051371E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 25) Added total emissions to output array: Species: 5 SpcFlx : 1.375645453051371E-008 OutArr : 1.375645453051371E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 25) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 25) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.183292477847205E-009 Spc. emissions: 1.183292477847205E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.483055662453265E-011 Spc. emissions: 1.198123034471732E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 25) Added total emissions to output array: Species: 9 SpcFlx : 1.198123034471732E-009 OutArr : 1.198123034471732E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.297874188719602E-011 Spc. emissions: 2.297874188719602E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 25) Added total emissions to output array: Species: 16 SpcFlx : 2.297874188719602E-011 OutArr : 2.297874188719602E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.390778982767687E-009 Spc. emissions: 1.390778982767687E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 25) Added total emissions to output array: Species: 17 SpcFlx : 1.390778982767687E-009 OutArr : 1.390778982767687E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.137594636465491E-011 Spc. emissions: 1.634215864586694E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634499057377231E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 25) Added total emissions to output array: Species: 18 SpcFlx : 1.634499057377231E-009 OutArr : 1.634499057377231E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.987910135799658E-009 Spc. emissions: 2.987910135799658E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.147848867285815E-010 Spc. emissions: 3.102695022528240E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.102737430589599E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 25) Added total emissions to output array: Species: 19 SpcFlx : 3.102737430589599E-009 OutArr : 3.102737430589599E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 25) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 25) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 25) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 25) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.101980477294239E-010 Spc. emissions: 4.101980477294239E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.101980477294239E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.168824179039614E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 25) Added total emissions to output array: Species: 31 SpcFlx : 4.168824179039614E-010 OutArr : 4.168824179039614E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 25) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 25) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.643701957503538E-008 Spc. emissions: 9.643701957503538E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.390917889495789E-010 Spc. emissions: 9.657611136398492E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.671717958420740E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 25) Added total emissions to output array: Species: 47 SpcFlx : 9.671717958420740E-008 OutArr : 9.671717958420740E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.765332875099473E-008 Spc. emissions: 3.960281845677152E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 25) Added total emissions to output array: Species: 49 SpcFlx : 3.960281845677152E-008 OutArr : 3.960281845677152E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 9.457572200458419E-008 Spc. emissions: 9.457572200458419E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 25) Added total emissions to output array: Species: 50 SpcFlx : 9.457572200458419E-008 OutArr : 9.457572200458419E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.716028321190037E-007 Spc. emissions: 1.716028321190037E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 25) Added total emissions to output array: Species: 51 SpcFlx : 1.716028321190037E-007 OutArr : 1.716028321190037E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.877259296007542E-007 Spc. emissions: 1.877259296007542E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 25) Added total emissions to output array: Species: 52 SpcFlx : 1.877259296007542E-007 OutArr : 1.877259296007542E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.328701435395331E-010 Spc. emissions: 4.328701435395331E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.508618730988210E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.937402541328869E-009 Spc. emissions: 5.446021272317089E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.446021272317089E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 25) Added total emissions to output array: Species: 53 SpcFlx : 5.446021272317089E-009 OutArr : 5.446021272317089E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.736580993633459E-009 Spc. emissions: 1.736580993633459E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.736580993633459E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 25) Added total emissions to output array: Species: 72 SpcFlx : 1.736580993633459E-009 OutArr : 1.736580993633459E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.699034861691392E-008 Spc. emissions: 7.699034861691392E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 25) Added total emissions to output array: Species: 121 SpcFlx : 7.699034861691392E-008 OutArr : 7.699034861691392E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.073239887387644E-009 Spc. emissions: 2.073239887387644E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 25) Added total emissions to output array: Species: 124 SpcFlx : 2.073239887387644E-009 OutArr : 2.073239887387644E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 25) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.386187169810945E-010 Spc. emissions: 7.386187169810945E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.386187169810945E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 25) Added total emissions to output array: Species: 135 SpcFlx : 7.386187169810945E-010 OutArr : 7.386187169810945E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.771601913860463E-010 Spc. emissions: 5.771601913860463E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.771601913860463E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 25) Added total emissions to output array: Species: 138 SpcFlx : 5.771601913860463E-010 OutArr : 5.771601913860463E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.614836305209718E-008 Spc. emissions: 1.614836305209718E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 25) Added total emissions to output array: Species: 146 SpcFlx : 1.614836305209718E-008 OutArr : 1.614836305209718E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.155044366142193E-009 Spc. emissions: 7.155044366142193E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 25) Added total emissions to output array: Species: 147 SpcFlx : 7.155044366142193E-009 OutArr : 7.155044366142193E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 25) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.145916039040906E-008 Spc. emissions: 1.145916039040906E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.662582319610335E-009 Spc. emissions: 1.512174271001939E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.544055049754078E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 25) Added total emissions to output array: Species: 161 SpcFlx : 1.544055049754078E-008 OutArr : 1.544055049754078E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 25) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 25) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 25) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.132537921286976E-010 Spc. emissions: 6.132537921286976E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.465212130277467E-009 Spc. emissions: 5.078465922406161E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.542273959559200E-011 Spc. emissions: 5.113888662001771E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.123557874210436E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 25) Added total emissions to output array: Species: 177 SpcFlx : 5.123557874210436E-009 OutArr : 5.123557874210436E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 25) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.089039899213376E-008 Spc. emissions: 1.089039899213376E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 25) Added total emissions to output array: Species: 190 SpcFlx : 1.089039899213376E-008 OutArr : 1.089039899213376E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.089039899213376E-008 Spc. emissions: 1.089039899213376E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 25) Added total emissions to output array: Species: 191 SpcFlx : 1.089039899213376E-008 OutArr : 1.089039899213376E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.994075808833936E-009 Spc. emissions: 5.994075808833936E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 25) Added total emissions to output array: Species: 192 SpcFlx : 5.994075808833936E-009 OutArr : 5.994075808833936E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.591369582620015E-007 Spc. emissions: 6.591369582620015E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 25) Added total emissions to output array: Species: 193 SpcFlx : 6.591369582620015E-007 OutArr : 6.591369582620015E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.591369582620015E-007 Spc. emissions: 6.591369582620015E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 25) Added total emissions to output array: Species: 194 SpcFlx : 6.591369582620015E-007 OutArr : 6.591369582620015E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.627889941480054E-007 Spc. emissions: 3.627889941480054E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 25) Added total emissions to output array: Species: 195 SpcFlx : 3.627889941480054E-007 OutArr : 3.627889941480054E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 25) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 25) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.654154183982705E-009 Spc. emissions: 6.654154183982705E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.809222026905378E-009 Spc. emissions: 9.463376210888095E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.597333197095948E-012 Spc. emissions: 9.472973544085183E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.482707251036682E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 25) Added total emissions to output array: Species: 201 SpcFlx : 9.482707251036682E-009 OutArr : 9.482707251036682E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.809222026905378E-009 Spc. emissions: 2.809222026905378E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 25) Added total emissions to output array: Species: 202 SpcFlx : 2.809222026905378E-009 OutArr : 2.809222026905378E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.561166657653280E-009 Spc. emissions: 1.561166657653280E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.933396837063869E-012 Spc. emissions: 1.570100054490339E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 25) Added total emissions to output array: Species: 203 SpcFlx : 1.570100054490339E-009 OutArr : 1.570100054490339E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.481546503141467E-009 Spc. emissions: 1.481546503141467E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.320847329008072E-012 Spc. emissions: 1.490867350470475E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 25) Added total emissions to output array: Species: 204 SpcFlx : 1.490867350470475E-009 OutArr : 1.490867350470475E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.839760558708267E-009 Spc. emissions: 3.839760558708267E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.839760558708267E-009 OutArr : 3.839760558708267E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 25) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 25) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 25) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 25) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 25) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 25) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 25) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 25) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.816971407351368E-009 Spc. emissions: 2.816971407351368E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.816971407351368E-009 OutArr : 2.816971407351368E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 25) Successfully updated diagnostics: EmisNO2_Ship (counter: 25) Successfully updated diagnostics: EmisHNO3_Ship (counter: 25) Successfully updated diagnostics: EmisO3_Ship (counter: 25) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 25) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 25) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 25) Successfully updated diagnostics: EmisCO_BioBurn (counter: 25) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 25) Successfully updated diagnostics: EmisACET_BioBurn (counter: 25) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 25) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 25) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 25) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 25) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 25) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 25) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 25) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 25) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 25) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 25) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 25) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 25) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 25) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 25) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 25) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 25) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 25) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 25) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 25) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 25) Successfully updated diagnostics: EmisALD2_Total (counter: 25) Successfully updated diagnostics: EmisALK4_Total (counter: 25) Successfully updated diagnostics: EmisBCPI_Total (counter: 25) Successfully updated diagnostics: EmisBCPO_Total (counter: 25) Successfully updated diagnostics: EmisBENZ_Total (counter: 25) Successfully updated diagnostics: EmisC2H6_Total (counter: 25) Successfully updated diagnostics: EmisC3H8_Total (counter: 25) Successfully updated diagnostics: EmisCH2O_Total (counter: 25) Successfully updated diagnostics: EmisCO_Total (counter: 25) Successfully updated diagnostics: EmisDST1_Total (counter: 25) Successfully updated diagnostics: EmisEOH_Total (counter: 25) Successfully updated diagnostics: EmisHCOOH_Total (counter: 25) Successfully updated diagnostics: EmisISOP_Total (counter: 25) Successfully updated diagnostics: EmisMACR_Total (counter: 25) Successfully updated diagnostics: EmisMEK_Total (counter: 25) Successfully updated diagnostics: EmisMOH_Total (counter: 25) Successfully updated diagnostics: EmisMTPA_Total (counter: 25) Successfully updated diagnostics: EmisNH3_Total (counter: 25) Successfully updated diagnostics: EmisNO_Total (counter: 25) Successfully updated diagnostics: EmisOCPI_Total (counter: 25) Successfully updated diagnostics: EmisOCPO_Total (counter: 25) Successfully updated diagnostics: EmispFe_Total (counter: 25) Successfully updated diagnostics: EmisPRPE_Total (counter: 25) Successfully updated diagnostics: EmisRCHO_Total (counter: 25) Successfully updated diagnostics: EmisSO2_Total (counter: 25) Successfully updated diagnostics: EmisSO4_Total (counter: 25) Successfully updated diagnostics: EmisSOAP_Total (counter: 25) Successfully updated diagnostics: EmisTOLU_Total (counter: 25) Successfully updated diagnostics: EmisXYLE_Total (counter: 25) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 08:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 08:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.672538560386606E-009 Spc. emissions: 8.672538560386606E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.672739148186247E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.672739148186247E-009 OutArr : 8.672739148186247E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.395561314015299E-010 Spc. emissions: 3.395561314015299E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.427961533367560E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.938712107440345E-009 Spc. emissions: 5.366673640807914E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.366673640807914E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.368993610260127E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.368993610260127E-009 OutArr : 5.368993610260127E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348724525829593E-008 Spc. emissions: 1.348724525829593E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.575985632425200E-010 Spc. emissions: 1.374484382153843E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375645453051371E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 26) Added total emissions to output array: Species: 5 SpcFlx : 1.375645453051371E-008 OutArr : 1.375645453051371E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 26) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 26) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.183292477847205E-009 Spc. emissions: 1.183292477847205E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.483055662453265E-011 Spc. emissions: 1.198123034471732E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 26) Added total emissions to output array: Species: 9 SpcFlx : 1.198123034471732E-009 OutArr : 1.198123034471732E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.297874188719602E-011 Spc. emissions: 2.297874188719602E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 26) Added total emissions to output array: Species: 16 SpcFlx : 2.297874188719602E-011 OutArr : 2.297874188719602E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.390778982767687E-009 Spc. emissions: 1.390778982767687E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 26) Added total emissions to output array: Species: 17 SpcFlx : 1.390778982767687E-009 OutArr : 1.390778982767687E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.137594636465491E-011 Spc. emissions: 1.634215864586694E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634499057377231E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 26) Added total emissions to output array: Species: 18 SpcFlx : 1.634499057377231E-009 OutArr : 1.634499057377231E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.987910135799658E-009 Spc. emissions: 2.987910135799658E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.147848867285815E-010 Spc. emissions: 3.102695022528240E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.102737430589599E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 26) Added total emissions to output array: Species: 19 SpcFlx : 3.102737430589599E-009 OutArr : 3.102737430589599E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 26) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 26) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 26) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 26) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.101980477294239E-010 Spc. emissions: 4.101980477294239E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.101980477294239E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.168824179039614E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 26) Added total emissions to output array: Species: 31 SpcFlx : 4.168824179039614E-010 OutArr : 4.168824179039614E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 26) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 26) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.643701957503538E-008 Spc. emissions: 9.643701957503538E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.390917889495789E-010 Spc. emissions: 9.657611136398492E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.671717958420740E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 26) Added total emissions to output array: Species: 47 SpcFlx : 9.671717958420740E-008 OutArr : 9.671717958420740E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.765332875099473E-008 Spc. emissions: 3.960281845677152E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 26) Added total emissions to output array: Species: 49 SpcFlx : 3.960281845677152E-008 OutArr : 3.960281845677152E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 9.457572200458419E-008 Spc. emissions: 9.457572200458419E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 26) Added total emissions to output array: Species: 50 SpcFlx : 9.457572200458419E-008 OutArr : 9.457572200458419E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.716028321190037E-007 Spc. emissions: 1.716028321190037E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 26) Added total emissions to output array: Species: 51 SpcFlx : 1.716028321190037E-007 OutArr : 1.716028321190037E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.877259296007542E-007 Spc. emissions: 1.877259296007542E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 26) Added total emissions to output array: Species: 52 SpcFlx : 1.877259296007542E-007 OutArr : 1.877259296007542E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.328701435395331E-010 Spc. emissions: 4.328701435395331E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.508618730988210E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.937402541328869E-009 Spc. emissions: 5.446021272317089E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.446021272317089E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 26) Added total emissions to output array: Species: 53 SpcFlx : 5.446021272317089E-009 OutArr : 5.446021272317089E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.736580993633459E-009 Spc. emissions: 1.736580993633459E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.736580993633459E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 26) Added total emissions to output array: Species: 72 SpcFlx : 1.736580993633459E-009 OutArr : 1.736580993633459E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.699034861691392E-008 Spc. emissions: 7.699034861691392E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 26) Added total emissions to output array: Species: 121 SpcFlx : 7.699034861691392E-008 OutArr : 7.699034861691392E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.073239887387644E-009 Spc. emissions: 2.073239887387644E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 26) Added total emissions to output array: Species: 124 SpcFlx : 2.073239887387644E-009 OutArr : 2.073239887387644E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 26) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.386187169810945E-010 Spc. emissions: 7.386187169810945E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.386187169810945E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 26) Added total emissions to output array: Species: 135 SpcFlx : 7.386187169810945E-010 OutArr : 7.386187169810945E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.771601913860463E-010 Spc. emissions: 5.771601913860463E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.771601913860463E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 26) Added total emissions to output array: Species: 138 SpcFlx : 5.771601913860463E-010 OutArr : 5.771601913860463E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.614836305209718E-008 Spc. emissions: 1.614836305209718E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 26) Added total emissions to output array: Species: 146 SpcFlx : 1.614836305209718E-008 OutArr : 1.614836305209718E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.155044366142193E-009 Spc. emissions: 7.155044366142193E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 26) Added total emissions to output array: Species: 147 SpcFlx : 7.155044366142193E-009 OutArr : 7.155044366142193E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 26) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.145916039040906E-008 Spc. emissions: 1.145916039040906E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.662582319610335E-009 Spc. emissions: 1.512174271001939E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.544055049754078E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 26) Added total emissions to output array: Species: 161 SpcFlx : 1.544055049754078E-008 OutArr : 1.544055049754078E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 26) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 26) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 26) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.132537921286976E-010 Spc. emissions: 6.132537921286976E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.465212130277467E-009 Spc. emissions: 5.078465922406161E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.542273959559200E-011 Spc. emissions: 5.113888662001771E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.123557874210436E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 26) Added total emissions to output array: Species: 177 SpcFlx : 5.123557874210436E-009 OutArr : 5.123557874210436E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 26) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.089039899213376E-008 Spc. emissions: 1.089039899213376E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 26) Added total emissions to output array: Species: 190 SpcFlx : 1.089039899213376E-008 OutArr : 1.089039899213376E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.089039899213376E-008 Spc. emissions: 1.089039899213376E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 26) Added total emissions to output array: Species: 191 SpcFlx : 1.089039899213376E-008 OutArr : 1.089039899213376E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.994075808833936E-009 Spc. emissions: 5.994075808833936E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 26) Added total emissions to output array: Species: 192 SpcFlx : 5.994075808833936E-009 OutArr : 5.994075808833936E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.591369582620015E-007 Spc. emissions: 6.591369582620015E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 26) Added total emissions to output array: Species: 193 SpcFlx : 6.591369582620015E-007 OutArr : 6.591369582620015E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.591369582620015E-007 Spc. emissions: 6.591369582620015E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 26) Added total emissions to output array: Species: 194 SpcFlx : 6.591369582620015E-007 OutArr : 6.591369582620015E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.627889941480054E-007 Spc. emissions: 3.627889941480054E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 26) Added total emissions to output array: Species: 195 SpcFlx : 3.627889941480054E-007 OutArr : 3.627889941480054E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 26) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 26) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.654154183982705E-009 Spc. emissions: 6.654154183982705E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.809222026905378E-009 Spc. emissions: 9.463376210888095E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.597333197095948E-012 Spc. emissions: 9.472973544085183E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.482707251036682E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 26) Added total emissions to output array: Species: 201 SpcFlx : 9.482707251036682E-009 OutArr : 9.482707251036682E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.809222026905378E-009 Spc. emissions: 2.809222026905378E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 26) Added total emissions to output array: Species: 202 SpcFlx : 2.809222026905378E-009 OutArr : 2.809222026905378E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.561166657653280E-009 Spc. emissions: 1.561166657653280E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.933396837063869E-012 Spc. emissions: 1.570100054490339E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 26) Added total emissions to output array: Species: 203 SpcFlx : 1.570100054490339E-009 OutArr : 1.570100054490339E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.481546503141467E-009 Spc. emissions: 1.481546503141467E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.320847329008072E-012 Spc. emissions: 1.490867350470475E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 26) Added total emissions to output array: Species: 204 SpcFlx : 1.490867350470475E-009 OutArr : 1.490867350470475E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.839760558708267E-009 Spc. emissions: 3.839760558708267E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.839760558708267E-009 OutArr : 3.839760558708267E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 26) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 26) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 26) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 26) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 26) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 26) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 26) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 26) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.816971407351368E-009 Spc. emissions: 2.816971407351368E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.816971407351368E-009 OutArr : 2.816971407351368E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 26) Successfully updated diagnostics: EmisNO2_Ship (counter: 26) Successfully updated diagnostics: EmisHNO3_Ship (counter: 26) Successfully updated diagnostics: EmisO3_Ship (counter: 26) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 26) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 26) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 26) Successfully updated diagnostics: EmisCO_BioBurn (counter: 26) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 26) Successfully updated diagnostics: EmisACET_BioBurn (counter: 26) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 26) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 26) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 26) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 26) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 26) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 26) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 26) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 26) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 26) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 26) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 26) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 26) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 26) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 26) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 26) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 26) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 26) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 26) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 26) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 26) Successfully updated diagnostics: EmisALD2_Total (counter: 26) Successfully updated diagnostics: EmisALK4_Total (counter: 26) Successfully updated diagnostics: EmisBCPI_Total (counter: 26) Successfully updated diagnostics: EmisBCPO_Total (counter: 26) Successfully updated diagnostics: EmisBENZ_Total (counter: 26) Successfully updated diagnostics: EmisC2H6_Total (counter: 26) Successfully updated diagnostics: EmisC3H8_Total (counter: 26) Successfully updated diagnostics: EmisCH2O_Total (counter: 26) Successfully updated diagnostics: EmisCO_Total (counter: 26) Successfully updated diagnostics: EmisDST1_Total (counter: 26) Successfully updated diagnostics: EmisEOH_Total (counter: 26) Successfully updated diagnostics: EmisHCOOH_Total (counter: 26) Successfully updated diagnostics: EmisISOP_Total (counter: 26) Successfully updated diagnostics: EmisMACR_Total (counter: 26) Successfully updated diagnostics: EmisMEK_Total (counter: 26) Successfully updated diagnostics: EmisMOH_Total (counter: 26) Successfully updated diagnostics: EmisMTPA_Total (counter: 26) Successfully updated diagnostics: EmisNH3_Total (counter: 26) Successfully updated diagnostics: EmisNO_Total (counter: 26) Successfully updated diagnostics: EmisOCPI_Total (counter: 26) Successfully updated diagnostics: EmisOCPO_Total (counter: 26) Successfully updated diagnostics: EmispFe_Total (counter: 26) Successfully updated diagnostics: EmisPRPE_Total (counter: 26) Successfully updated diagnostics: EmisRCHO_Total (counter: 26) Successfully updated diagnostics: EmisSO2_Total (counter: 26) Successfully updated diagnostics: EmisSO4_Total (counter: 26) Successfully updated diagnostics: EmisSOAP_Total (counter: 26) Successfully updated diagnostics: EmisTOLU_Total (counter: 26) Successfully updated diagnostics: EmisXYLE_Total (counter: 26) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 08:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 08:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.672538560386606E-009 Spc. emissions: 8.672538560386606E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.672739148186247E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.672739148186247E-009 OutArr : 8.672739148186247E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.395561314015299E-010 Spc. emissions: 3.395561314015299E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.427961533367560E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.938712107440345E-009 Spc. emissions: 5.366673640807914E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.366673640807914E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.368993610260127E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.368993610260127E-009 OutArr : 5.368993610260127E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.348724525829593E-008 Spc. emissions: 1.348724525829593E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.575985632425200E-010 Spc. emissions: 1.374484382153843E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.375645453051371E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 27) Added total emissions to output array: Species: 5 SpcFlx : 1.375645453051371E-008 OutArr : 1.375645453051371E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 27) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 27) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.183292477847205E-009 Spc. emissions: 1.183292477847205E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.483055662453265E-011 Spc. emissions: 1.198123034471732E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 27) Added total emissions to output array: Species: 9 SpcFlx : 1.198123034471732E-009 OutArr : 1.198123034471732E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.297874188719602E-011 Spc. emissions: 2.297874188719602E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 27) Added total emissions to output array: Species: 16 SpcFlx : 2.297874188719602E-011 OutArr : 2.297874188719602E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.390778982767687E-009 Spc. emissions: 1.390778982767687E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 27) Added total emissions to output array: Species: 17 SpcFlx : 1.390778982767687E-009 OutArr : 1.390778982767687E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.137594636465491E-011 Spc. emissions: 1.634215864586694E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634499057377231E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 27) Added total emissions to output array: Species: 18 SpcFlx : 1.634499057377231E-009 OutArr : 1.634499057377231E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.987910135799658E-009 Spc. emissions: 2.987910135799658E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.147848867285815E-010 Spc. emissions: 3.102695022528240E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.102737430589599E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 27) Added total emissions to output array: Species: 19 SpcFlx : 3.102737430589599E-009 OutArr : 3.102737430589599E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 27) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 27) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 27) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 27) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.101980477294239E-010 Spc. emissions: 4.101980477294239E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.101980477294239E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.168824179039614E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 27) Added total emissions to output array: Species: 31 SpcFlx : 4.168824179039614E-010 OutArr : 4.168824179039614E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 27) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 27) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.643701957503538E-008 Spc. emissions: 9.643701957503538E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.390917889495789E-010 Spc. emissions: 9.657611136398492E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.671717958420740E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 27) Added total emissions to output array: Species: 47 SpcFlx : 9.671717958420740E-008 OutArr : 9.671717958420740E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.765332875099473E-008 Spc. emissions: 3.960281845677152E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 27) Added total emissions to output array: Species: 49 SpcFlx : 3.960281845677152E-008 OutArr : 3.960281845677152E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 9.457572200458419E-008 Spc. emissions: 9.457572200458419E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 27) Added total emissions to output array: Species: 50 SpcFlx : 9.457572200458419E-008 OutArr : 9.457572200458419E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.716028321190037E-007 Spc. emissions: 1.716028321190037E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 27) Added total emissions to output array: Species: 51 SpcFlx : 1.716028321190037E-007 OutArr : 1.716028321190037E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.877259296007542E-007 Spc. emissions: 1.877259296007542E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 27) Added total emissions to output array: Species: 52 SpcFlx : 1.877259296007542E-007 OutArr : 1.877259296007542E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.328701435395331E-010 Spc. emissions: 4.328701435395331E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.508618730988210E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.937402541328869E-009 Spc. emissions: 5.446021272317089E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.446021272317089E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 27) Added total emissions to output array: Species: 53 SpcFlx : 5.446021272317089E-009 OutArr : 5.446021272317089E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.736580993633459E-009 Spc. emissions: 1.736580993633459E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.736580993633459E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 27) Added total emissions to output array: Species: 72 SpcFlx : 1.736580993633459E-009 OutArr : 1.736580993633459E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.699034861691392E-008 Spc. emissions: 7.699034861691392E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 27) Added total emissions to output array: Species: 121 SpcFlx : 7.699034861691392E-008 OutArr : 7.699034861691392E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.073239887387644E-009 Spc. emissions: 2.073239887387644E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 27) Added total emissions to output array: Species: 124 SpcFlx : 2.073239887387644E-009 OutArr : 2.073239887387644E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 27) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.386187169810945E-010 Spc. emissions: 7.386187169810945E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.386187169810945E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 27) Added total emissions to output array: Species: 135 SpcFlx : 7.386187169810945E-010 OutArr : 7.386187169810945E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.771601913860463E-010 Spc. emissions: 5.771601913860463E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.771601913860463E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 27) Added total emissions to output array: Species: 138 SpcFlx : 5.771601913860463E-010 OutArr : 5.771601913860463E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.614836305209718E-008 Spc. emissions: 1.614836305209718E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 27) Added total emissions to output array: Species: 146 SpcFlx : 1.614836305209718E-008 OutArr : 1.614836305209718E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.155044366142193E-009 Spc. emissions: 7.155044366142193E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 27) Added total emissions to output array: Species: 147 SpcFlx : 7.155044366142193E-009 OutArr : 7.155044366142193E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 27) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.145916039040906E-008 Spc. emissions: 1.145916039040906E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.662582319610335E-009 Spc. emissions: 1.512174271001939E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.544055049754078E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 27) Added total emissions to output array: Species: 161 SpcFlx : 1.544055049754078E-008 OutArr : 1.544055049754078E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 27) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 27) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 27) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.132537921286976E-010 Spc. emissions: 6.132537921286976E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.465212130277467E-009 Spc. emissions: 5.078465922406161E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.542273959559200E-011 Spc. emissions: 5.113888662001771E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.123557874210436E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 27) Added total emissions to output array: Species: 177 SpcFlx : 5.123557874210436E-009 OutArr : 5.123557874210436E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 27) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.089039899213376E-008 Spc. emissions: 1.089039899213376E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 27) Added total emissions to output array: Species: 190 SpcFlx : 1.089039899213376E-008 OutArr : 1.089039899213376E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.089039899213376E-008 Spc. emissions: 1.089039899213376E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 27) Added total emissions to output array: Species: 191 SpcFlx : 1.089039899213376E-008 OutArr : 1.089039899213376E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.994075808833936E-009 Spc. emissions: 5.994075808833936E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 27) Added total emissions to output array: Species: 192 SpcFlx : 5.994075808833936E-009 OutArr : 5.994075808833936E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.591369582620015E-007 Spc. emissions: 6.591369582620015E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 27) Added total emissions to output array: Species: 193 SpcFlx : 6.591369582620015E-007 OutArr : 6.591369582620015E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.591369582620015E-007 Spc. emissions: 6.591369582620015E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 27) Added total emissions to output array: Species: 194 SpcFlx : 6.591369582620015E-007 OutArr : 6.591369582620015E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.627889941480054E-007 Spc. emissions: 3.627889941480054E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 27) Added total emissions to output array: Species: 195 SpcFlx : 3.627889941480054E-007 OutArr : 3.627889941480054E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 27) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 27) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.654154183982705E-009 Spc. emissions: 6.654154183982705E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.809222026905378E-009 Spc. emissions: 9.463376210888095E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.597333197095948E-012 Spc. emissions: 9.472973544085183E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.482707251036682E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 27) Added total emissions to output array: Species: 201 SpcFlx : 9.482707251036682E-009 OutArr : 9.482707251036682E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.809222026905378E-009 Spc. emissions: 2.809222026905378E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 27) Added total emissions to output array: Species: 202 SpcFlx : 2.809222026905378E-009 OutArr : 2.809222026905378E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.561166657653280E-009 Spc. emissions: 1.561166657653280E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.933396837063869E-012 Spc. emissions: 1.570100054490339E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 27) Added total emissions to output array: Species: 203 SpcFlx : 1.570100054490339E-009 OutArr : 1.570100054490339E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.481546503141467E-009 Spc. emissions: 1.481546503141467E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 5 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.320847329008072E-012 Spc. emissions: 1.490867350470475E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 27) Added total emissions to output array: Species: 204 SpcFlx : 1.490867350470475E-009 OutArr : 1.490867350470475E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.839760558708267E-009 Spc. emissions: 3.839760558708267E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.839760558708267E-009 OutArr : 3.839760558708267E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 27) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 27) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 27) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 27) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 27) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 27) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 27) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 27) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2548559 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.816971407351368E-009 Spc. emissions: 2.816971407351368E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.816971407351368E-009 OutArr : 2.816971407351368E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 27) Successfully updated diagnostics: EmisNO2_Ship (counter: 27) Successfully updated diagnostics: EmisHNO3_Ship (counter: 27) Successfully updated diagnostics: EmisO3_Ship (counter: 27) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 27) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 27) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 27) Successfully updated diagnostics: EmisCO_BioBurn (counter: 27) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 27) Successfully updated diagnostics: EmisACET_BioBurn (counter: 27) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 27) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 27) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 27) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 27) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 27) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 27) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 27) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 27) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 27) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 27) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 27) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 27) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 27) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 27) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 27) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 27) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 27) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 27) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 27) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 27) Successfully updated diagnostics: EmisALD2_Total (counter: 27) Successfully updated diagnostics: EmisALK4_Total (counter: 27) Successfully updated diagnostics: EmisBCPI_Total (counter: 27) Successfully updated diagnostics: EmisBCPO_Total (counter: 27) Successfully updated diagnostics: EmisBENZ_Total (counter: 27) Successfully updated diagnostics: EmisC2H6_Total (counter: 27) Successfully updated diagnostics: EmisC3H8_Total (counter: 27) Successfully updated diagnostics: EmisCH2O_Total (counter: 27) Successfully updated diagnostics: EmisCO_Total (counter: 27) Successfully updated diagnostics: EmisDST1_Total (counter: 27) Successfully updated diagnostics: EmisEOH_Total (counter: 27) Successfully updated diagnostics: EmisHCOOH_Total (counter: 27) Successfully updated diagnostics: EmisISOP_Total (counter: 27) Successfully updated diagnostics: EmisMACR_Total (counter: 27) Successfully updated diagnostics: EmisMEK_Total (counter: 27) Successfully updated diagnostics: EmisMOH_Total (counter: 27) Successfully updated diagnostics: EmisMTPA_Total (counter: 27) Successfully updated diagnostics: EmisNH3_Total (counter: 27) Successfully updated diagnostics: EmisNO_Total (counter: 27) Successfully updated diagnostics: EmisOCPI_Total (counter: 27) Successfully updated diagnostics: EmisOCPO_Total (counter: 27) Successfully updated diagnostics: EmispFe_Total (counter: 27) Successfully updated diagnostics: EmisPRPE_Total (counter: 27) Successfully updated diagnostics: EmisRCHO_Total (counter: 27) Successfully updated diagnostics: EmisSO2_Total (counter: 27) Successfully updated diagnostics: EmisSO4_Total (counter: 27) Successfully updated diagnostics: EmisSOAP_Total (counter: 27) Successfully updated diagnostics: EmisTOLU_Total (counter: 27) Successfully updated diagnostics: EmisXYLE_Total (counter: 27) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 08:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 09:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-09:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-10:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-09:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-10:30 preferred datetime: 201907011030. selected tidx1: 4 corresponding datetime 1: 201907011030. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-09:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-10:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-09:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-10:30 preferred datetime: 201907011030. selected tidx1: 4 corresponding datetime 1: 201907011030. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.661833448074341E-009 Spc. emissions: 8.661833448074341E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.662034035873979E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.662034035873979E-009 OutArr : 8.662034035873979E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.442036549582984E-010 Spc. emissions: 3.442036549582984E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.432609056924328E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.749429293861503E-009 Spc. emissions: 5.182038350785824E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.182038350785824E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.184358320238046E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.184358320238046E-009 OutArr : 5.184358320238046E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.383094033516377E-008 Spc. emissions: 1.383094033516377E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.562595897573615E-010 Spc. emissions: 1.408719992492116E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.409881063389645E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 28) Added total emissions to output array: Species: 5 SpcFlx : 1.409881063389645E-008 OutArr : 1.409881063389645E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 28) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 28) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.202804150349008E-009 Spc. emissions: 1.202804150349008E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.463400158090236E-011 Spc. emissions: 1.217438151929916E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 28) Added total emissions to output array: Species: 9 SpcFlx : 1.217438151929916E-009 OutArr : 1.217438151929916E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.292046232501753E-011 Spc. emissions: 2.292046232501753E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 28) Added total emissions to output array: Species: 16 SpcFlx : 2.292046232501753E-011 OutArr : 2.292046232501753E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.387251616591087E-009 Spc. emissions: 1.387251616591087E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 28) Added total emissions to output array: Species: 17 SpcFlx : 1.387251616591087E-009 OutArr : 1.387251616591087E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.123751933456472E-011 Spc. emissions: 1.634077437556603E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634360630347141E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 28) Added total emissions to output array: Species: 18 SpcFlx : 1.634360630347141E-009 OutArr : 1.634360630347141E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.968895512403715E-009 Spc. emissions: 2.968895512403715E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.144008632353254E-010 Spc. emissions: 3.083296375639043E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.083338783700403E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 28) Added total emissions to output array: Species: 19 SpcFlx : 3.083338783700403E-009 OutArr : 3.083338783700403E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 28) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 28) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 28) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 28) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.185279382803232E-010 Spc. emissions: 4.185279382803232E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.185279382803232E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.252123084548608E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 28) Added total emissions to output array: Species: 31 SpcFlx : 4.252123084548608E-010 OutArr : 4.252123084548608E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 28) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 28) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.769130245459281E-008 Spc. emissions: 9.769130245459281E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.372073179266029E-010 Spc. emissions: 9.782850977251961E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.796957799274196E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 28) Added total emissions to output array: Species: 47 SpcFlx : 9.796957799274196E-008 OutArr : 9.796957799274196E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.019058899800053E-008 Spc. emissions: 3.214007870377732E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 28) Added total emissions to output array: Species: 49 SpcFlx : 3.214007870377732E-008 OutArr : 3.214007870377732E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 7.583119005178842E-008 Spc. emissions: 7.583119005178842E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 28) Added total emissions to output array: Species: 50 SpcFlx : 7.583119005178842E-008 OutArr : 7.583119005178842E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.375918367851860E-007 Spc. emissions: 1.375918367851860E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 28) Added total emissions to output array: Species: 51 SpcFlx : 1.375918367851860E-007 OutArr : 1.375918367851860E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.505193993862236E-007 Spc. emissions: 1.505193993862236E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 28) Added total emissions to output array: Species: 52 SpcFlx : 1.505193993862236E-007 OutArr : 1.505193993862236E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.362139543347301E-010 Spc. emissions: 4.362139543347301E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.511962541783408E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.748182657229572E-009 Spc. emissions: 5.260145199012989E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.260145199012989E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 28) Added total emissions to output array: Species: 53 SpcFlx : 5.260145199012989E-009 OutArr : 5.260145199012989E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.755876316016334E-009 Spc. emissions: 1.755876316016334E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.755876316016334E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 28) Added total emissions to output array: Species: 72 SpcFlx : 1.755876316016334E-009 OutArr : 1.755876316016334E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.574314267989542E-008 Spc. emissions: 7.574314267989542E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 28) Added total emissions to output array: Species: 121 SpcFlx : 7.574314267989542E-008 OutArr : 7.574314267989542E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.067262619109148E-009 Spc. emissions: 2.067262619109148E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 28) Added total emissions to output array: Species: 124 SpcFlx : 2.067262619109148E-009 OutArr : 2.067262619109148E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 28) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.373898703026686E-010 Spc. emissions: 7.373898703026686E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.373898703026686E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 28) Added total emissions to output array: Species: 135 SpcFlx : 7.373898703026686E-010 OutArr : 7.373898703026686E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.816186057796424E-010 Spc. emissions: 5.816186057796424E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.816186057796424E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 28) Added total emissions to output array: Species: 138 SpcFlx : 5.816186057796424E-010 OutArr : 5.816186057796424E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.585530169297862E-008 Spc. emissions: 1.585530169297862E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 28) Added total emissions to output array: Species: 146 SpcFlx : 1.585530169297862E-008 OutArr : 1.585530169297862E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.012488744144498E-009 Spc. emissions: 7.012488744144498E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 28) Added total emissions to output array: Species: 147 SpcFlx : 7.012488744144498E-009 OutArr : 7.012488744144498E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 28) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.167850051555308E-008 Spc. emissions: 1.167850051555308E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.737001093595666E-009 Spc. emissions: 1.541550160914874E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.573430939667010E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 28) Added total emissions to output array: Species: 161 SpcFlx : 1.573430939667010E-008 OutArr : 1.573430939667010E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 28) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 28) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 28) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.218033457472880E-010 Spc. emissions: 6.218033457472880E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.525689634155872E-009 Spc. emissions: 5.147492979903167E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.494241432982818E-011 Spc. emissions: 5.182435394233008E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.192104606441670E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 28) Added total emissions to output array: Species: 177 SpcFlx : 5.192104606441670E-009 OutArr : 5.192104606441670E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 28) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.086277834656814E-008 Spc. emissions: 1.086277834656814E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 28) Added total emissions to output array: Species: 190 SpcFlx : 1.086277834656814E-008 OutArr : 1.086277834656814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.086277834656814E-008 Spc. emissions: 1.086277834656814E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 28) Added total emissions to output array: Species: 191 SpcFlx : 1.086277834656814E-008 OutArr : 1.086277834656814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.978873404998338E-009 Spc. emissions: 5.978873404998338E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 28) Added total emissions to output array: Species: 192 SpcFlx : 5.978873404998338E-009 OutArr : 5.978873404998338E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.574652207385514E-007 Spc. emissions: 6.574652207385514E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 28) Added total emissions to output array: Species: 193 SpcFlx : 6.574652207385514E-007 OutArr : 6.574652207385514E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.574652207385514E-007 Spc. emissions: 6.574652207385514E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 28) Added total emissions to output array: Species: 194 SpcFlx : 6.574652207385514E-007 OutArr : 6.574652207385514E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.618688697838503E-007 Spc. emissions: 3.618688697838503E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 28) Added total emissions to output array: Species: 195 SpcFlx : 3.618688697838503E-007 OutArr : 3.618688697838503E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 28) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 28) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.740699700504093E-009 Spc. emissions: 6.740699700504093E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.760405828410688E-009 Spc. emissions: 9.501105528914776E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.467304699767994E-012 Spc. emissions: 9.510572833614499E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.520306540565981E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 28) Added total emissions to output array: Species: 201 SpcFlx : 9.520306540565981E-009 OutArr : 9.520306540565981E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.760405828410688E-009 Spc. emissions: 2.760405828410688E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 28) Added total emissions to output array: Species: 202 SpcFlx : 2.760405828410688E-009 OutArr : 2.760405828410688E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.578849707025011E-009 Spc. emissions: 1.578849707025011E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.821350420412140E-012 Spc. emissions: 1.587671057445426E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 28) Added total emissions to output array: Species: 203 SpcFlx : 1.587671057445426E-009 OutArr : 1.587671057445426E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.499991822059818E-009 Spc. emissions: 1.499991822059818E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.221724473094537E-012 Spc. emissions: 1.509213546532905E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 28) Added total emissions to output array: Species: 204 SpcFlx : 1.509213546532905E-009 OutArr : 1.509213546532905E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.749718025121349E-009 Spc. emissions: 3.749718025121349E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.749718025121349E-009 OutArr : 3.749718025121349E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 28) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 28) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 28) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 28) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 28) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 28) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 28) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 28) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.768980652790480E-009 Spc. emissions: 2.768980652790480E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.768980652790480E-009 OutArr : 2.768980652790480E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 28) Successfully updated diagnostics: EmisNO2_Ship (counter: 28) Successfully updated diagnostics: EmisHNO3_Ship (counter: 28) Successfully updated diagnostics: EmisO3_Ship (counter: 28) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 28) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 28) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 28) Successfully updated diagnostics: EmisCO_BioBurn (counter: 28) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 28) Successfully updated diagnostics: EmisACET_BioBurn (counter: 28) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 28) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 28) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 28) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 28) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 28) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 28) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 28) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 28) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 28) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 28) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 28) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 28) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 28) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 28) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 28) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 28) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 28) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 28) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 28) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 28) Successfully updated diagnostics: EmisALD2_Total (counter: 28) Successfully updated diagnostics: EmisALK4_Total (counter: 28) Successfully updated diagnostics: EmisBCPI_Total (counter: 28) Successfully updated diagnostics: EmisBCPO_Total (counter: 28) Successfully updated diagnostics: EmisBENZ_Total (counter: 28) Successfully updated diagnostics: EmisC2H6_Total (counter: 28) Successfully updated diagnostics: EmisC3H8_Total (counter: 28) Successfully updated diagnostics: EmisCH2O_Total (counter: 28) Successfully updated diagnostics: EmisCO_Total (counter: 28) Successfully updated diagnostics: EmisDST1_Total (counter: 28) Successfully updated diagnostics: EmisEOH_Total (counter: 28) Successfully updated diagnostics: EmisHCOOH_Total (counter: 28) Successfully updated diagnostics: EmisISOP_Total (counter: 28) Successfully updated diagnostics: EmisMACR_Total (counter: 28) Successfully updated diagnostics: EmisMEK_Total (counter: 28) Successfully updated diagnostics: EmisMOH_Total (counter: 28) Successfully updated diagnostics: EmisMTPA_Total (counter: 28) Successfully updated diagnostics: EmisNH3_Total (counter: 28) Successfully updated diagnostics: EmisNO_Total (counter: 28) Successfully updated diagnostics: EmisOCPI_Total (counter: 28) Successfully updated diagnostics: EmisOCPO_Total (counter: 28) Successfully updated diagnostics: EmispFe_Total (counter: 28) Successfully updated diagnostics: EmisPRPE_Total (counter: 28) Successfully updated diagnostics: EmisRCHO_Total (counter: 28) Successfully updated diagnostics: EmisSO2_Total (counter: 28) Successfully updated diagnostics: EmisSO4_Total (counter: 28) Successfully updated diagnostics: EmisSOAP_Total (counter: 28) Successfully updated diagnostics: EmisTOLU_Total (counter: 28) Successfully updated diagnostics: EmisXYLE_Total (counter: 28) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 09:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 09:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.661833448074341E-009 Spc. emissions: 8.661833448074341E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.662034035873979E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.662034035873979E-009 OutArr : 8.662034035873979E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.442036549582984E-010 Spc. emissions: 3.442036549582984E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.432609056924328E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.749429293861503E-009 Spc. emissions: 5.182038350785824E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.182038350785824E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.184358320238046E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.184358320238046E-009 OutArr : 5.184358320238046E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.383094033516377E-008 Spc. emissions: 1.383094033516377E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.562595897573615E-010 Spc. emissions: 1.408719992492116E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.409881063389645E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 29) Added total emissions to output array: Species: 5 SpcFlx : 1.409881063389645E-008 OutArr : 1.409881063389645E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 29) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 29) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.202804150349008E-009 Spc. emissions: 1.202804150349008E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.463400158090236E-011 Spc. emissions: 1.217438151929916E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 29) Added total emissions to output array: Species: 9 SpcFlx : 1.217438151929916E-009 OutArr : 1.217438151929916E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.292046232501753E-011 Spc. emissions: 2.292046232501753E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 29) Added total emissions to output array: Species: 16 SpcFlx : 2.292046232501753E-011 OutArr : 2.292046232501753E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.387251616591087E-009 Spc. emissions: 1.387251616591087E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 29) Added total emissions to output array: Species: 17 SpcFlx : 1.387251616591087E-009 OutArr : 1.387251616591087E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.123751933456472E-011 Spc. emissions: 1.634077437556603E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634360630347141E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 29) Added total emissions to output array: Species: 18 SpcFlx : 1.634360630347141E-009 OutArr : 1.634360630347141E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.968895512403715E-009 Spc. emissions: 2.968895512403715E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.144008632353254E-010 Spc. emissions: 3.083296375639043E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.083338783700403E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 29) Added total emissions to output array: Species: 19 SpcFlx : 3.083338783700403E-009 OutArr : 3.083338783700403E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 29) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 29) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 29) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 29) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.185279382803232E-010 Spc. emissions: 4.185279382803232E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.185279382803232E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.252123084548608E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 29) Added total emissions to output array: Species: 31 SpcFlx : 4.252123084548608E-010 OutArr : 4.252123084548608E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 29) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 29) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.769130245459281E-008 Spc. emissions: 9.769130245459281E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.372073179266029E-010 Spc. emissions: 9.782850977251961E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.796957799274196E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 29) Added total emissions to output array: Species: 47 SpcFlx : 9.796957799274196E-008 OutArr : 9.796957799274196E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.019058899800053E-008 Spc. emissions: 3.214007870377732E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 29) Added total emissions to output array: Species: 49 SpcFlx : 3.214007870377732E-008 OutArr : 3.214007870377732E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 7.583119005178842E-008 Spc. emissions: 7.583119005178842E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 29) Added total emissions to output array: Species: 50 SpcFlx : 7.583119005178842E-008 OutArr : 7.583119005178842E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.375918367851860E-007 Spc. emissions: 1.375918367851860E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 29) Added total emissions to output array: Species: 51 SpcFlx : 1.375918367851860E-007 OutArr : 1.375918367851860E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.505193993862236E-007 Spc. emissions: 1.505193993862236E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 29) Added total emissions to output array: Species: 52 SpcFlx : 1.505193993862236E-007 OutArr : 1.505193993862236E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.362139543347301E-010 Spc. emissions: 4.362139543347301E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.511962541783408E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.748182657229572E-009 Spc. emissions: 5.260145199012989E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.260145199012989E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 29) Added total emissions to output array: Species: 53 SpcFlx : 5.260145199012989E-009 OutArr : 5.260145199012989E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.755876316016334E-009 Spc. emissions: 1.755876316016334E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.755876316016334E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 29) Added total emissions to output array: Species: 72 SpcFlx : 1.755876316016334E-009 OutArr : 1.755876316016334E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.574314267989542E-008 Spc. emissions: 7.574314267989542E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 29) Added total emissions to output array: Species: 121 SpcFlx : 7.574314267989542E-008 OutArr : 7.574314267989542E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.067262619109148E-009 Spc. emissions: 2.067262619109148E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 29) Added total emissions to output array: Species: 124 SpcFlx : 2.067262619109148E-009 OutArr : 2.067262619109148E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 29) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.373898703026686E-010 Spc. emissions: 7.373898703026686E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.373898703026686E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 29) Added total emissions to output array: Species: 135 SpcFlx : 7.373898703026686E-010 OutArr : 7.373898703026686E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.816186057796424E-010 Spc. emissions: 5.816186057796424E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.816186057796424E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 29) Added total emissions to output array: Species: 138 SpcFlx : 5.816186057796424E-010 OutArr : 5.816186057796424E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.585530169297862E-008 Spc. emissions: 1.585530169297862E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 29) Added total emissions to output array: Species: 146 SpcFlx : 1.585530169297862E-008 OutArr : 1.585530169297862E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.012488744144498E-009 Spc. emissions: 7.012488744144498E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 29) Added total emissions to output array: Species: 147 SpcFlx : 7.012488744144498E-009 OutArr : 7.012488744144498E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 29) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.167850051555308E-008 Spc. emissions: 1.167850051555308E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.737001093595666E-009 Spc. emissions: 1.541550160914874E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.573430939667010E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 29) Added total emissions to output array: Species: 161 SpcFlx : 1.573430939667010E-008 OutArr : 1.573430939667010E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 29) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 29) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 29) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.218033457472880E-010 Spc. emissions: 6.218033457472880E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.525689634155872E-009 Spc. emissions: 5.147492979903167E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.494241432982818E-011 Spc. emissions: 5.182435394233008E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.192104606441670E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 29) Added total emissions to output array: Species: 177 SpcFlx : 5.192104606441670E-009 OutArr : 5.192104606441670E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 29) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.086277834656814E-008 Spc. emissions: 1.086277834656814E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 29) Added total emissions to output array: Species: 190 SpcFlx : 1.086277834656814E-008 OutArr : 1.086277834656814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.086277834656814E-008 Spc. emissions: 1.086277834656814E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 29) Added total emissions to output array: Species: 191 SpcFlx : 1.086277834656814E-008 OutArr : 1.086277834656814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.978873404998338E-009 Spc. emissions: 5.978873404998338E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 29) Added total emissions to output array: Species: 192 SpcFlx : 5.978873404998338E-009 OutArr : 5.978873404998338E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.574652207385514E-007 Spc. emissions: 6.574652207385514E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 29) Added total emissions to output array: Species: 193 SpcFlx : 6.574652207385514E-007 OutArr : 6.574652207385514E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.574652207385514E-007 Spc. emissions: 6.574652207385514E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 29) Added total emissions to output array: Species: 194 SpcFlx : 6.574652207385514E-007 OutArr : 6.574652207385514E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.618688697838503E-007 Spc. emissions: 3.618688697838503E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 29) Added total emissions to output array: Species: 195 SpcFlx : 3.618688697838503E-007 OutArr : 3.618688697838503E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 29) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 29) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.740699700504093E-009 Spc. emissions: 6.740699700504093E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.760405828410688E-009 Spc. emissions: 9.501105528914776E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.467304699767994E-012 Spc. emissions: 9.510572833614499E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.520306540565981E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 29) Added total emissions to output array: Species: 201 SpcFlx : 9.520306540565981E-009 OutArr : 9.520306540565981E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.760405828410688E-009 Spc. emissions: 2.760405828410688E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 29) Added total emissions to output array: Species: 202 SpcFlx : 2.760405828410688E-009 OutArr : 2.760405828410688E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.578849707025011E-009 Spc. emissions: 1.578849707025011E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.821350420412140E-012 Spc. emissions: 1.587671057445426E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 29) Added total emissions to output array: Species: 203 SpcFlx : 1.587671057445426E-009 OutArr : 1.587671057445426E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.499991822059818E-009 Spc. emissions: 1.499991822059818E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.221724473094537E-012 Spc. emissions: 1.509213546532905E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 29) Added total emissions to output array: Species: 204 SpcFlx : 1.509213546532905E-009 OutArr : 1.509213546532905E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.749718025121349E-009 Spc. emissions: 3.749718025121349E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.749718025121349E-009 OutArr : 3.749718025121349E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 29) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 29) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 29) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 29) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 29) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 29) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 29) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 29) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.768980652790480E-009 Spc. emissions: 2.768980652790480E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.768980652790480E-009 OutArr : 2.768980652790480E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 29) Successfully updated diagnostics: EmisNO2_Ship (counter: 29) Successfully updated diagnostics: EmisHNO3_Ship (counter: 29) Successfully updated diagnostics: EmisO3_Ship (counter: 29) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 29) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 29) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 29) Successfully updated diagnostics: EmisCO_BioBurn (counter: 29) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 29) Successfully updated diagnostics: EmisACET_BioBurn (counter: 29) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 29) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 29) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 29) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 29) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 29) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 29) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 29) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 29) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 29) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 29) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 29) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 29) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 29) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 29) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 29) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 29) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 29) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 29) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 29) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 29) Successfully updated diagnostics: EmisALD2_Total (counter: 29) Successfully updated diagnostics: EmisALK4_Total (counter: 29) Successfully updated diagnostics: EmisBCPI_Total (counter: 29) Successfully updated diagnostics: EmisBCPO_Total (counter: 29) Successfully updated diagnostics: EmisBENZ_Total (counter: 29) Successfully updated diagnostics: EmisC2H6_Total (counter: 29) Successfully updated diagnostics: EmisC3H8_Total (counter: 29) Successfully updated diagnostics: EmisCH2O_Total (counter: 29) Successfully updated diagnostics: EmisCO_Total (counter: 29) Successfully updated diagnostics: EmisDST1_Total (counter: 29) Successfully updated diagnostics: EmisEOH_Total (counter: 29) Successfully updated diagnostics: EmisHCOOH_Total (counter: 29) Successfully updated diagnostics: EmisISOP_Total (counter: 29) Successfully updated diagnostics: EmisMACR_Total (counter: 29) Successfully updated diagnostics: EmisMEK_Total (counter: 29) Successfully updated diagnostics: EmisMOH_Total (counter: 29) Successfully updated diagnostics: EmisMTPA_Total (counter: 29) Successfully updated diagnostics: EmisNH3_Total (counter: 29) Successfully updated diagnostics: EmisNO_Total (counter: 29) Successfully updated diagnostics: EmisOCPI_Total (counter: 29) Successfully updated diagnostics: EmisOCPO_Total (counter: 29) Successfully updated diagnostics: EmispFe_Total (counter: 29) Successfully updated diagnostics: EmisPRPE_Total (counter: 29) Successfully updated diagnostics: EmisRCHO_Total (counter: 29) Successfully updated diagnostics: EmisSO2_Total (counter: 29) Successfully updated diagnostics: EmisSO4_Total (counter: 29) Successfully updated diagnostics: EmisSOAP_Total (counter: 29) Successfully updated diagnostics: EmisTOLU_Total (counter: 29) Successfully updated diagnostics: EmisXYLE_Total (counter: 29) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 09:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 09:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.661833448074341E-009 Spc. emissions: 8.661833448074341E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.662034035873979E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.662034035873979E-009 OutArr : 8.662034035873979E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.442036549582984E-010 Spc. emissions: 3.442036549582984E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.432609056924328E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.749429293861503E-009 Spc. emissions: 5.182038350785824E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.182038350785824E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 5.184358320238046E-009 Added total emissions to output array: Species: 4 SpcFlx : 5.184358320238046E-009 OutArr : 5.184358320238046E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.383094033516377E-008 Spc. emissions: 1.383094033516377E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.562595897573615E-010 Spc. emissions: 1.408719992492116E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.409881063389645E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 30) Added total emissions to output array: Species: 5 SpcFlx : 1.409881063389645E-008 OutArr : 1.409881063389645E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 30) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 30) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.202804150349008E-009 Spc. emissions: 1.202804150349008E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.463400158090236E-011 Spc. emissions: 1.217438151929916E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 30) Added total emissions to output array: Species: 9 SpcFlx : 1.217438151929916E-009 OutArr : 1.217438151929916E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.292046232501753E-011 Spc. emissions: 2.292046232501753E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 30) Added total emissions to output array: Species: 16 SpcFlx : 2.292046232501753E-011 OutArr : 2.292046232501753E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.387251616591087E-009 Spc. emissions: 1.387251616591087E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 30) Added total emissions to output array: Species: 17 SpcFlx : 1.387251616591087E-009 OutArr : 1.387251616591087E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.123751933456472E-011 Spc. emissions: 1.634077437556603E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.634360630347141E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 30) Added total emissions to output array: Species: 18 SpcFlx : 1.634360630347141E-009 OutArr : 1.634360630347141E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.968895512403715E-009 Spc. emissions: 2.968895512403715E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.144008632353254E-010 Spc. emissions: 3.083296375639043E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 3.083338783700403E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 30) Added total emissions to output array: Species: 19 SpcFlx : 3.083338783700403E-009 OutArr : 3.083338783700403E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 30) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 30) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 30) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 30) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.185279382803232E-010 Spc. emissions: 4.185279382803232E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.185279382803232E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.252123084548608E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 30) Added total emissions to output array: Species: 31 SpcFlx : 4.252123084548608E-010 OutArr : 4.252123084548608E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 30) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 30) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 9.769130245459281E-008 Spc. emissions: 9.769130245459281E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.372073179266029E-010 Spc. emissions: 9.782850977251961E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 9.796957799274196E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 30) Added total emissions to output array: Species: 47 SpcFlx : 9.796957799274196E-008 OutArr : 9.796957799274196E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 3.019058899800053E-008 Spc. emissions: 3.214007870377732E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 30) Added total emissions to output array: Species: 49 SpcFlx : 3.214007870377732E-008 OutArr : 3.214007870377732E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 7.583119005178842E-008 Spc. emissions: 7.583119005178842E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 30) Added total emissions to output array: Species: 50 SpcFlx : 7.583119005178842E-008 OutArr : 7.583119005178842E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.375918367851860E-007 Spc. emissions: 1.375918367851860E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 30) Added total emissions to output array: Species: 51 SpcFlx : 1.375918367851860E-007 OutArr : 1.375918367851860E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.505193993862236E-007 Spc. emissions: 1.505193993862236E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 30) Added total emissions to output array: Species: 52 SpcFlx : 1.505193993862236E-007 OutArr : 1.505193993862236E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 4.362139543347301E-010 Spc. emissions: 4.362139543347301E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.511962541783408E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.748182657229572E-009 Spc. emissions: 5.260145199012989E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.260145199012989E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 30) Added total emissions to output array: Species: 53 SpcFlx : 5.260145199012989E-009 OutArr : 5.260145199012989E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.755876316016334E-009 Spc. emissions: 1.755876316016334E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.755876316016334E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 30) Added total emissions to output array: Species: 72 SpcFlx : 1.755876316016334E-009 OutArr : 1.755876316016334E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.574314267989542E-008 Spc. emissions: 7.574314267989542E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 30) Added total emissions to output array: Species: 121 SpcFlx : 7.574314267989542E-008 OutArr : 7.574314267989542E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.067262619109148E-009 Spc. emissions: 2.067262619109148E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 30) Added total emissions to output array: Species: 124 SpcFlx : 2.067262619109148E-009 OutArr : 2.067262619109148E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 30) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 7.373898703026686E-010 Spc. emissions: 7.373898703026686E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 7.373898703026686E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 30) Added total emissions to output array: Species: 135 SpcFlx : 7.373898703026686E-010 OutArr : 7.373898703026686E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.816186057796424E-010 Spc. emissions: 5.816186057796424E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.816186057796424E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 30) Added total emissions to output array: Species: 138 SpcFlx : 5.816186057796424E-010 OutArr : 5.816186057796424E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.585530169297862E-008 Spc. emissions: 1.585530169297862E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 30) Added total emissions to output array: Species: 146 SpcFlx : 1.585530169297862E-008 OutArr : 1.585530169297862E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.012488744144498E-009 Spc. emissions: 7.012488744144498E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 30) Added total emissions to output array: Species: 147 SpcFlx : 7.012488744144498E-009 OutArr : 7.012488744144498E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 30) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.167850051555308E-008 Spc. emissions: 1.167850051555308E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.737001093595666E-009 Spc. emissions: 1.541550160914874E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.573430939667010E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 30) Added total emissions to output array: Species: 161 SpcFlx : 1.573430939667010E-008 OutArr : 1.573430939667010E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 30) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 30) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 30) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 6.218033457472880E-010 Spc. emissions: 6.218033457472880E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.525689634155872E-009 Spc. emissions: 5.147492979903167E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.494241432982818E-011 Spc. emissions: 5.182435394233008E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.192104606441670E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 30) Added total emissions to output array: Species: 177 SpcFlx : 5.192104606441670E-009 OutArr : 5.192104606441670E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 30) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.086277834656814E-008 Spc. emissions: 1.086277834656814E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 30) Added total emissions to output array: Species: 190 SpcFlx : 1.086277834656814E-008 OutArr : 1.086277834656814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.086277834656814E-008 Spc. emissions: 1.086277834656814E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 30) Added total emissions to output array: Species: 191 SpcFlx : 1.086277834656814E-008 OutArr : 1.086277834656814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.978873404998338E-009 Spc. emissions: 5.978873404998338E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 30) Added total emissions to output array: Species: 192 SpcFlx : 5.978873404998338E-009 OutArr : 5.978873404998338E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.574652207385514E-007 Spc. emissions: 6.574652207385514E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 30) Added total emissions to output array: Species: 193 SpcFlx : 6.574652207385514E-007 OutArr : 6.574652207385514E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.574652207385514E-007 Spc. emissions: 6.574652207385514E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 30) Added total emissions to output array: Species: 194 SpcFlx : 6.574652207385514E-007 OutArr : 6.574652207385514E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.618688697838503E-007 Spc. emissions: 3.618688697838503E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 30) Added total emissions to output array: Species: 195 SpcFlx : 3.618688697838503E-007 OutArr : 3.618688697838503E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 30) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 30) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 6.740699700504093E-009 Spc. emissions: 6.740699700504093E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.760405828410688E-009 Spc. emissions: 9.501105528914776E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.467304699767994E-012 Spc. emissions: 9.510572833614499E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 9.520306540565981E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 30) Added total emissions to output array: Species: 201 SpcFlx : 9.520306540565981E-009 OutArr : 9.520306540565981E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.760405828410688E-009 Spc. emissions: 2.760405828410688E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 30) Added total emissions to output array: Species: 202 SpcFlx : 2.760405828410688E-009 OutArr : 2.760405828410688E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.578849707025011E-009 Spc. emissions: 1.578849707025011E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.821350420412140E-012 Spc. emissions: 1.587671057445426E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 30) Added total emissions to output array: Species: 203 SpcFlx : 1.587671057445426E-009 OutArr : 1.587671057445426E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.499991822059818E-009 Spc. emissions: 1.499991822059818E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 6 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.221724473094537E-012 Spc. emissions: 1.509213546532905E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 30) Added total emissions to output array: Species: 204 SpcFlx : 1.509213546532905E-009 OutArr : 1.509213546532905E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.749718025121349E-009 Spc. emissions: 3.749718025121349E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.749718025121349E-009 OutArr : 3.749718025121349E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 30) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 30) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 30) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 30) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 30) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 30) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 30) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 30) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3727641 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.768980652790480E-009 Spc. emissions: 2.768980652790480E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.768980652790480E-009 OutArr : 2.768980652790480E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 30) Successfully updated diagnostics: EmisNO2_Ship (counter: 30) Successfully updated diagnostics: EmisHNO3_Ship (counter: 30) Successfully updated diagnostics: EmisO3_Ship (counter: 30) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 30) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 30) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 30) Successfully updated diagnostics: EmisCO_BioBurn (counter: 30) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 30) Successfully updated diagnostics: EmisACET_BioBurn (counter: 30) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 30) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 30) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 30) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 30) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 30) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 30) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 30) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 30) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 30) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 30) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 30) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 30) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 30) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 30) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 30) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 30) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 30) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 30) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 30) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 30) Successfully updated diagnostics: EmisALD2_Total (counter: 30) Successfully updated diagnostics: EmisALK4_Total (counter: 30) Successfully updated diagnostics: EmisBCPI_Total (counter: 30) Successfully updated diagnostics: EmisBCPO_Total (counter: 30) Successfully updated diagnostics: EmisBENZ_Total (counter: 30) Successfully updated diagnostics: EmisC2H6_Total (counter: 30) Successfully updated diagnostics: EmisC3H8_Total (counter: 30) Successfully updated diagnostics: EmisCH2O_Total (counter: 30) Successfully updated diagnostics: EmisCO_Total (counter: 30) Successfully updated diagnostics: EmisDST1_Total (counter: 30) Successfully updated diagnostics: EmisEOH_Total (counter: 30) Successfully updated diagnostics: EmisHCOOH_Total (counter: 30) Successfully updated diagnostics: EmisISOP_Total (counter: 30) Successfully updated diagnostics: EmisMACR_Total (counter: 30) Successfully updated diagnostics: EmisMEK_Total (counter: 30) Successfully updated diagnostics: EmisMOH_Total (counter: 30) Successfully updated diagnostics: EmisMTPA_Total (counter: 30) Successfully updated diagnostics: EmisNH3_Total (counter: 30) Successfully updated diagnostics: EmisNO_Total (counter: 30) Successfully updated diagnostics: EmisOCPI_Total (counter: 30) Successfully updated diagnostics: EmisOCPO_Total (counter: 30) Successfully updated diagnostics: EmispFe_Total (counter: 30) Successfully updated diagnostics: EmisPRPE_Total (counter: 30) Successfully updated diagnostics: EmisRCHO_Total (counter: 30) Successfully updated diagnostics: EmisSO2_Total (counter: 30) Successfully updated diagnostics: EmisSO4_Total (counter: 30) Successfully updated diagnostics: EmisSOAP_Total (counter: 30) Successfully updated diagnostics: EmisTOLU_Total (counter: 30) Successfully updated diagnostics: EmisXYLE_Total (counter: 30) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 09:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 10:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.520894815356357E-009 Spc. emissions: 8.520894815356357E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.521095403156005E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.521095403156005E-009 OutArr : 8.521095403156005E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.235720634991304E-010 Spc. emissions: 3.235720634991304E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.411977465465158E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.499215368273689E-009 Spc. emissions: 4.911192833738841E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.911192833738841E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.913512803191067E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.913512803191067E-009 OutArr : 4.913512803191067E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.220495059078709E-008 Spc. emissions: 1.220495059078709E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.513109945055078E-010 Spc. emissions: 1.245626158529262E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.246787229426791E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 31) Added total emissions to output array: Species: 5 SpcFlx : 1.246787229426791E-008 OutArr : 1.246787229426791E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 31) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 31) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.120527115802770E-009 Spc. emissions: 1.120527115802770E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.461529887398418E-011 Spc. emissions: 1.135142414676762E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 31) Added total emissions to output array: Species: 9 SpcFlx : 1.135142414676762E-009 OutArr : 1.135142414676762E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.284910480258404E-011 Spc. emissions: 2.284910480258404E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 31) Added total emissions to output array: Species: 16 SpcFlx : 2.284910480258404E-011 OutArr : 2.284910480258404E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.382932744405586E-009 Spc. emissions: 1.382932744405586E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 31) Added total emissions to output array: Species: 17 SpcFlx : 1.382932744405586E-009 OutArr : 1.382932744405586E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.027189313389296E-011 Spc. emissions: 1.633111811355933E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.633395004146470E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 31) Added total emissions to output array: Species: 18 SpcFlx : 1.633395004146470E-009 OutArr : 1.633395004146470E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.383572842725774E-009 Spc. emissions: 2.383572842725774E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.117220292153734E-010 Spc. emissions: 2.495294871941148E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.495337280002509E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 31) Added total emissions to output array: Species: 19 SpcFlx : 2.495337280002509E-009 OutArr : 2.495337280002509E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 31) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 31) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 31) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 31) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.034798277600355E-010 Spc. emissions: 4.034798277600355E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.034798277600355E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.101641979345732E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 31) Added total emissions to output array: Species: 31 SpcFlx : 4.101641979345732E-010 OutArr : 4.101641979345732E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 31) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 31) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.169957482683428E-008 Spc. emissions: 8.169957482683428E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.371267065036859E-010 Spc. emissions: 8.183670153333826E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.197776975356050E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 31) Added total emissions to output array: Species: 47 SpcFlx : 8.197776975356050E-008 OutArr : 8.197776975356050E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.565388203271731E-008 Spc. emissions: 2.760337173849411E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 31) Added total emissions to output array: Species: 49 SpcFlx : 2.760337173849411E-008 OutArr : 2.760337173849411E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.443612057103218E-008 Spc. emissions: 6.443612057103218E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 31) Added total emissions to output array: Species: 50 SpcFlx : 6.443612057103218E-008 OutArr : 6.443612057103218E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.169160583138223E-007 Spc. emissions: 1.169160583138223E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 31) Added total emissions to output array: Species: 51 SpcFlx : 1.169160583138223E-007 OutArr : 1.169160583138223E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.279010123433854E-007 Spc. emissions: 1.279010123433854E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 31) Added total emissions to output array: Species: 52 SpcFlx : 1.279010123433854E-007 OutArr : 1.279010123433854E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.841228134194550E-010 Spc. emissions: 3.841228134194550E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.459871400868132E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.498051953955724E-009 Spc. emissions: 4.957923354823855E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.957923354823855E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 31) Added total emissions to output array: Species: 53 SpcFlx : 4.957923354823855E-009 OutArr : 4.957923354823855E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.634398323730641E-009 Spc. emissions: 1.634398323730641E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.634398323730641E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 31) Added total emissions to output array: Species: 72 SpcFlx : 1.634398323730641E-009 OutArr : 1.634398323730641E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.278802676653962E-008 Spc. emissions: 7.278802676653962E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 31) Added total emissions to output array: Species: 121 SpcFlx : 7.278802676653962E-008 OutArr : 7.278802676653962E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.026592175501207E-009 Spc. emissions: 2.026592175501207E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 31) Added total emissions to output array: Species: 124 SpcFlx : 2.026592175501207E-009 OutArr : 2.026592175501207E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 31) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.929261559868584E-010 Spc. emissions: 5.929261559868584E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.929261559868584E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 31) Added total emissions to output array: Species: 135 SpcFlx : 5.929261559868584E-010 OutArr : 5.929261559868584E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.121637512259418E-010 Spc. emissions: 5.121637512259418E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.121637512259418E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 31) Added total emissions to output array: Species: 138 SpcFlx : 5.121637512259418E-010 OutArr : 5.121637512259418E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.530924263325486E-008 Spc. emissions: 1.530924263325486E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 31) Added total emissions to output array: Species: 146 SpcFlx : 1.530924263325486E-008 OutArr : 1.530924263325486E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.757207294069787E-009 Spc. emissions: 6.757207294069787E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 31) Added total emissions to output array: Species: 147 SpcFlx : 6.757207294069787E-009 OutArr : 6.757207294069787E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 31) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.161556825485389E-008 Spc. emissions: 1.161556825485389E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.758763690093596E-009 Spc. emissions: 1.537433194494751E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.569313973246886E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 31) Added total emissions to output array: Species: 161 SpcFlx : 1.569313973246886E-008 OutArr : 1.569313973246886E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 31) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 31) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 31) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.710852752005206E-010 Spc. emissions: 5.710852752005206E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.507437425330765E-009 Spc. emissions: 5.078522700531280E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.492192842391184E-011 Spc. emissions: 5.113444628955213E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.123113841163869E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 31) Added total emissions to output array: Species: 177 SpcFlx : 5.123113841163869E-009 OutArr : 5.123113841163869E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 31) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.082895961557731E-008 Spc. emissions: 1.082895961557731E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 31) Added total emissions to output array: Species: 190 SpcFlx : 1.082895961557731E-008 OutArr : 1.082895961557731E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.082895961557731E-008 Spc. emissions: 1.082895961557731E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 31) Added total emissions to output array: Species: 191 SpcFlx : 1.082895961557731E-008 OutArr : 1.082895961557731E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.960259574828831E-009 Spc. emissions: 5.960259574828831E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 31) Added total emissions to output array: Species: 192 SpcFlx : 5.960259574828831E-009 OutArr : 5.960259574828831E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.554183618840937E-007 Spc. emissions: 6.554183618840937E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 31) Added total emissions to output array: Species: 193 SpcFlx : 6.554183618840937E-007 OutArr : 6.554183618840937E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.554183618840937E-007 Spc. emissions: 6.554183618840937E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 31) Added total emissions to output array: Species: 194 SpcFlx : 6.554183618840937E-007 OutArr : 6.554183618840937E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.607422786320955E-007 Spc. emissions: 3.607422786320955E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 31) Added total emissions to output array: Species: 195 SpcFlx : 3.607422786320955E-007 OutArr : 3.607422786320955E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 31) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 31) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.637270521831012E-009 Spc. emissions: 5.637270521831012E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.659631782274276E-009 Spc. emissions: 8.296902304105281E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.461742511726072E-012 Spc. emissions: 8.306364046616973E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.316097753568476E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 31) Added total emissions to output array: Species: 201 SpcFlx : 8.316097753568476E-009 OutArr : 8.316097753568476E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.659631782274276E-009 Spc. emissions: 2.659631782274276E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 31) Added total emissions to output array: Species: 202 SpcFlx : 2.659631782274276E-009 OutArr : 2.659631782274276E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.341800723147044E-009 Spc. emissions: 1.341800723147044E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.795932430239583E-012 Spc. emissions: 1.350596655577284E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 31) Added total emissions to output array: Species: 203 SpcFlx : 1.350596655577284E-009 OutArr : 1.350596655577284E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.188804236237549E-009 Spc. emissions: 1.188804236237549E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.155579296135895E-012 Spc. emissions: 1.197959815533677E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 31) Added total emissions to output array: Species: 204 SpcFlx : 1.197959815533677E-009 OutArr : 1.197959815533677E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.594693966820206E-009 Spc. emissions: 3.594693966820206E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.594693966820206E-009 OutArr : 3.594693966820206E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 31) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 31) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 31) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 31) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 31) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 31) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 31) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 31) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.795438323666133E-009 Spc. emissions: 2.795438323666133E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.795438323666133E-009 OutArr : 2.795438323666133E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 31) Successfully updated diagnostics: EmisNO2_Ship (counter: 31) Successfully updated diagnostics: EmisHNO3_Ship (counter: 31) Successfully updated diagnostics: EmisO3_Ship (counter: 31) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 31) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 31) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 31) Successfully updated diagnostics: EmisCO_BioBurn (counter: 31) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 31) Successfully updated diagnostics: EmisACET_BioBurn (counter: 31) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 31) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 31) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 31) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 31) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 31) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 31) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 31) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 31) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 31) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 31) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 31) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 31) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 31) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 31) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 31) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 31) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 31) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 31) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 31) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 31) Successfully updated diagnostics: EmisALD2_Total (counter: 31) Successfully updated diagnostics: EmisALK4_Total (counter: 31) Successfully updated diagnostics: EmisBCPI_Total (counter: 31) Successfully updated diagnostics: EmisBCPO_Total (counter: 31) Successfully updated diagnostics: EmisBENZ_Total (counter: 31) Successfully updated diagnostics: EmisC2H6_Total (counter: 31) Successfully updated diagnostics: EmisC3H8_Total (counter: 31) Successfully updated diagnostics: EmisCH2O_Total (counter: 31) Successfully updated diagnostics: EmisCO_Total (counter: 31) Successfully updated diagnostics: EmisDST1_Total (counter: 31) Successfully updated diagnostics: EmisEOH_Total (counter: 31) Successfully updated diagnostics: EmisHCOOH_Total (counter: 31) Successfully updated diagnostics: EmisISOP_Total (counter: 31) Successfully updated diagnostics: EmisMACR_Total (counter: 31) Successfully updated diagnostics: EmisMEK_Total (counter: 31) Successfully updated diagnostics: EmisMOH_Total (counter: 31) Successfully updated diagnostics: EmisMTPA_Total (counter: 31) Successfully updated diagnostics: EmisNH3_Total (counter: 31) Successfully updated diagnostics: EmisNO_Total (counter: 31) Successfully updated diagnostics: EmisOCPI_Total (counter: 31) Successfully updated diagnostics: EmisOCPO_Total (counter: 31) Successfully updated diagnostics: EmispFe_Total (counter: 31) Successfully updated diagnostics: EmisPRPE_Total (counter: 31) Successfully updated diagnostics: EmisRCHO_Total (counter: 31) Successfully updated diagnostics: EmisSO2_Total (counter: 31) Successfully updated diagnostics: EmisSO4_Total (counter: 31) Successfully updated diagnostics: EmisSOAP_Total (counter: 31) Successfully updated diagnostics: EmisTOLU_Total (counter: 31) Successfully updated diagnostics: EmisXYLE_Total (counter: 31) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 10:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 10:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.520894815356357E-009 Spc. emissions: 8.520894815356357E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.521095403156005E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.521095403156005E-009 OutArr : 8.521095403156005E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.235720634991304E-010 Spc. emissions: 3.235720634991304E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.411977465465158E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.499215368273689E-009 Spc. emissions: 4.911192833738841E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.911192833738841E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.913512803191067E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.913512803191067E-009 OutArr : 4.913512803191067E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.220495059078709E-008 Spc. emissions: 1.220495059078709E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.513109945055078E-010 Spc. emissions: 1.245626158529262E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.246787229426791E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 32) Added total emissions to output array: Species: 5 SpcFlx : 1.246787229426791E-008 OutArr : 1.246787229426791E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 32) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 32) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.120527115802770E-009 Spc. emissions: 1.120527115802770E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.461529887398418E-011 Spc. emissions: 1.135142414676762E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 32) Added total emissions to output array: Species: 9 SpcFlx : 1.135142414676762E-009 OutArr : 1.135142414676762E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.284910480258404E-011 Spc. emissions: 2.284910480258404E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 32) Added total emissions to output array: Species: 16 SpcFlx : 2.284910480258404E-011 OutArr : 2.284910480258404E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.382932744405586E-009 Spc. emissions: 1.382932744405586E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 32) Added total emissions to output array: Species: 17 SpcFlx : 1.382932744405586E-009 OutArr : 1.382932744405586E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.027189313389296E-011 Spc. emissions: 1.633111811355933E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.633395004146470E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 32) Added total emissions to output array: Species: 18 SpcFlx : 1.633395004146470E-009 OutArr : 1.633395004146470E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.383572842725774E-009 Spc. emissions: 2.383572842725774E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.117220292153734E-010 Spc. emissions: 2.495294871941148E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.495337280002509E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 32) Added total emissions to output array: Species: 19 SpcFlx : 2.495337280002509E-009 OutArr : 2.495337280002509E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 32) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 32) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 32) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 32) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.034798277600355E-010 Spc. emissions: 4.034798277600355E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.034798277600355E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.101641979345732E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 32) Added total emissions to output array: Species: 31 SpcFlx : 4.101641979345732E-010 OutArr : 4.101641979345732E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 32) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 32) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.169957482683428E-008 Spc. emissions: 8.169957482683428E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.371267065036859E-010 Spc. emissions: 8.183670153333826E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.197776975356050E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 32) Added total emissions to output array: Species: 47 SpcFlx : 8.197776975356050E-008 OutArr : 8.197776975356050E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.565388203271731E-008 Spc. emissions: 2.760337173849411E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 32) Added total emissions to output array: Species: 49 SpcFlx : 2.760337173849411E-008 OutArr : 2.760337173849411E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.443612057103218E-008 Spc. emissions: 6.443612057103218E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 32) Added total emissions to output array: Species: 50 SpcFlx : 6.443612057103218E-008 OutArr : 6.443612057103218E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.169160583138223E-007 Spc. emissions: 1.169160583138223E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 32) Added total emissions to output array: Species: 51 SpcFlx : 1.169160583138223E-007 OutArr : 1.169160583138223E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.279010123433854E-007 Spc. emissions: 1.279010123433854E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 32) Added total emissions to output array: Species: 52 SpcFlx : 1.279010123433854E-007 OutArr : 1.279010123433854E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.841228134194550E-010 Spc. emissions: 3.841228134194550E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.459871400868132E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.498051953955724E-009 Spc. emissions: 4.957923354823855E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.957923354823855E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 32) Added total emissions to output array: Species: 53 SpcFlx : 4.957923354823855E-009 OutArr : 4.957923354823855E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.634398323730641E-009 Spc. emissions: 1.634398323730641E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.634398323730641E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 32) Added total emissions to output array: Species: 72 SpcFlx : 1.634398323730641E-009 OutArr : 1.634398323730641E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.278802676653962E-008 Spc. emissions: 7.278802676653962E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 32) Added total emissions to output array: Species: 121 SpcFlx : 7.278802676653962E-008 OutArr : 7.278802676653962E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.026592175501207E-009 Spc. emissions: 2.026592175501207E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 32) Added total emissions to output array: Species: 124 SpcFlx : 2.026592175501207E-009 OutArr : 2.026592175501207E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 32) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.929261559868584E-010 Spc. emissions: 5.929261559868584E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.929261559868584E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 32) Added total emissions to output array: Species: 135 SpcFlx : 5.929261559868584E-010 OutArr : 5.929261559868584E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.121637512259418E-010 Spc. emissions: 5.121637512259418E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.121637512259418E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 32) Added total emissions to output array: Species: 138 SpcFlx : 5.121637512259418E-010 OutArr : 5.121637512259418E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.530924263325486E-008 Spc. emissions: 1.530924263325486E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 32) Added total emissions to output array: Species: 146 SpcFlx : 1.530924263325486E-008 OutArr : 1.530924263325486E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.757207294069787E-009 Spc. emissions: 6.757207294069787E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 32) Added total emissions to output array: Species: 147 SpcFlx : 6.757207294069787E-009 OutArr : 6.757207294069787E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 32) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.161556825485389E-008 Spc. emissions: 1.161556825485389E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.758763690093596E-009 Spc. emissions: 1.537433194494751E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.569313973246886E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 32) Added total emissions to output array: Species: 161 SpcFlx : 1.569313973246886E-008 OutArr : 1.569313973246886E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 32) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 32) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 32) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.710852752005206E-010 Spc. emissions: 5.710852752005206E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.507437425330765E-009 Spc. emissions: 5.078522700531280E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.492192842391184E-011 Spc. emissions: 5.113444628955213E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.123113841163869E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 32) Added total emissions to output array: Species: 177 SpcFlx : 5.123113841163869E-009 OutArr : 5.123113841163869E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 32) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.082895961557731E-008 Spc. emissions: 1.082895961557731E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 32) Added total emissions to output array: Species: 190 SpcFlx : 1.082895961557731E-008 OutArr : 1.082895961557731E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.082895961557731E-008 Spc. emissions: 1.082895961557731E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 32) Added total emissions to output array: Species: 191 SpcFlx : 1.082895961557731E-008 OutArr : 1.082895961557731E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.960259574828831E-009 Spc. emissions: 5.960259574828831E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 32) Added total emissions to output array: Species: 192 SpcFlx : 5.960259574828831E-009 OutArr : 5.960259574828831E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.554183618840937E-007 Spc. emissions: 6.554183618840937E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 32) Added total emissions to output array: Species: 193 SpcFlx : 6.554183618840937E-007 OutArr : 6.554183618840937E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.554183618840937E-007 Spc. emissions: 6.554183618840937E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 32) Added total emissions to output array: Species: 194 SpcFlx : 6.554183618840937E-007 OutArr : 6.554183618840937E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.607422786320955E-007 Spc. emissions: 3.607422786320955E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 32) Added total emissions to output array: Species: 195 SpcFlx : 3.607422786320955E-007 OutArr : 3.607422786320955E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 32) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 32) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.637270521831012E-009 Spc. emissions: 5.637270521831012E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.659631782274276E-009 Spc. emissions: 8.296902304105281E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.461742511726072E-012 Spc. emissions: 8.306364046616973E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.316097753568476E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 32) Added total emissions to output array: Species: 201 SpcFlx : 8.316097753568476E-009 OutArr : 8.316097753568476E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.659631782274276E-009 Spc. emissions: 2.659631782274276E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 32) Added total emissions to output array: Species: 202 SpcFlx : 2.659631782274276E-009 OutArr : 2.659631782274276E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.341800723147044E-009 Spc. emissions: 1.341800723147044E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.795932430239583E-012 Spc. emissions: 1.350596655577284E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 32) Added total emissions to output array: Species: 203 SpcFlx : 1.350596655577284E-009 OutArr : 1.350596655577284E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.188804236237549E-009 Spc. emissions: 1.188804236237549E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.155579296135895E-012 Spc. emissions: 1.197959815533677E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 32) Added total emissions to output array: Species: 204 SpcFlx : 1.197959815533677E-009 OutArr : 1.197959815533677E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.594693966820206E-009 Spc. emissions: 3.594693966820206E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.594693966820206E-009 OutArr : 3.594693966820206E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 32) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 32) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 32) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 32) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 32) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 32) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 32) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 32) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.795438323666133E-009 Spc. emissions: 2.795438323666133E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.795438323666133E-009 OutArr : 2.795438323666133E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 32) Successfully updated diagnostics: EmisNO2_Ship (counter: 32) Successfully updated diagnostics: EmisHNO3_Ship (counter: 32) Successfully updated diagnostics: EmisO3_Ship (counter: 32) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 32) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 32) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 32) Successfully updated diagnostics: EmisCO_BioBurn (counter: 32) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 32) Successfully updated diagnostics: EmisACET_BioBurn (counter: 32) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 32) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 32) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 32) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 32) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 32) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 32) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 32) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 32) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 32) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 32) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 32) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 32) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 32) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 32) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 32) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 32) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 32) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 32) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 32) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 32) Successfully updated diagnostics: EmisALD2_Total (counter: 32) Successfully updated diagnostics: EmisALK4_Total (counter: 32) Successfully updated diagnostics: EmisBCPI_Total (counter: 32) Successfully updated diagnostics: EmisBCPO_Total (counter: 32) Successfully updated diagnostics: EmisBENZ_Total (counter: 32) Successfully updated diagnostics: EmisC2H6_Total (counter: 32) Successfully updated diagnostics: EmisC3H8_Total (counter: 32) Successfully updated diagnostics: EmisCH2O_Total (counter: 32) Successfully updated diagnostics: EmisCO_Total (counter: 32) Successfully updated diagnostics: EmisDST1_Total (counter: 32) Successfully updated diagnostics: EmisEOH_Total (counter: 32) Successfully updated diagnostics: EmisHCOOH_Total (counter: 32) Successfully updated diagnostics: EmisISOP_Total (counter: 32) Successfully updated diagnostics: EmisMACR_Total (counter: 32) Successfully updated diagnostics: EmisMEK_Total (counter: 32) Successfully updated diagnostics: EmisMOH_Total (counter: 32) Successfully updated diagnostics: EmisMTPA_Total (counter: 32) Successfully updated diagnostics: EmisNH3_Total (counter: 32) Successfully updated diagnostics: EmisNO_Total (counter: 32) Successfully updated diagnostics: EmisOCPI_Total (counter: 32) Successfully updated diagnostics: EmisOCPO_Total (counter: 32) Successfully updated diagnostics: EmispFe_Total (counter: 32) Successfully updated diagnostics: EmisPRPE_Total (counter: 32) Successfully updated diagnostics: EmisRCHO_Total (counter: 32) Successfully updated diagnostics: EmisSO2_Total (counter: 32) Successfully updated diagnostics: EmisSO4_Total (counter: 32) Successfully updated diagnostics: EmisSOAP_Total (counter: 32) Successfully updated diagnostics: EmisTOLU_Total (counter: 32) Successfully updated diagnostics: EmisXYLE_Total (counter: 32) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 10:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 10:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.520894815356357E-009 Spc. emissions: 8.520894815356357E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.521095403156005E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.521095403156005E-009 OutArr : 8.521095403156005E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.235720634991304E-010 Spc. emissions: 3.235720634991304E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.411977465465158E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.499215368273689E-009 Spc. emissions: 4.911192833738841E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.911192833738841E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.913512803191067E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.913512803191067E-009 OutArr : 4.913512803191067E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.220495059078709E-008 Spc. emissions: 1.220495059078709E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.513109945055078E-010 Spc. emissions: 1.245626158529262E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.246787229426791E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 33) Added total emissions to output array: Species: 5 SpcFlx : 1.246787229426791E-008 OutArr : 1.246787229426791E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 33) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 33) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.120527115802770E-009 Spc. emissions: 1.120527115802770E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.461529887398418E-011 Spc. emissions: 1.135142414676762E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 33) Added total emissions to output array: Species: 9 SpcFlx : 1.135142414676762E-009 OutArr : 1.135142414676762E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.284910480258404E-011 Spc. emissions: 2.284910480258404E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 33) Added total emissions to output array: Species: 16 SpcFlx : 2.284910480258404E-011 OutArr : 2.284910480258404E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.382932744405586E-009 Spc. emissions: 1.382932744405586E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 33) Added total emissions to output array: Species: 17 SpcFlx : 1.382932744405586E-009 OutArr : 1.382932744405586E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.027189313389296E-011 Spc. emissions: 1.633111811355933E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.633395004146470E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 33) Added total emissions to output array: Species: 18 SpcFlx : 1.633395004146470E-009 OutArr : 1.633395004146470E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.383572842725774E-009 Spc. emissions: 2.383572842725774E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.117220292153734E-010 Spc. emissions: 2.495294871941148E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.495337280002509E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 33) Added total emissions to output array: Species: 19 SpcFlx : 2.495337280002509E-009 OutArr : 2.495337280002509E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 33) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 33) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 33) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 33) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.034798277600355E-010 Spc. emissions: 4.034798277600355E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.034798277600355E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.101641979345732E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 33) Added total emissions to output array: Species: 31 SpcFlx : 4.101641979345732E-010 OutArr : 4.101641979345732E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 33) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 33) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.169957482683428E-008 Spc. emissions: 8.169957482683428E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.371267065036859E-010 Spc. emissions: 8.183670153333826E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.197776975356050E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 33) Added total emissions to output array: Species: 47 SpcFlx : 8.197776975356050E-008 OutArr : 8.197776975356050E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.565388203271731E-008 Spc. emissions: 2.760337173849411E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 33) Added total emissions to output array: Species: 49 SpcFlx : 2.760337173849411E-008 OutArr : 2.760337173849411E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.443612057103218E-008 Spc. emissions: 6.443612057103218E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 33) Added total emissions to output array: Species: 50 SpcFlx : 6.443612057103218E-008 OutArr : 6.443612057103218E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.169160583138223E-007 Spc. emissions: 1.169160583138223E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 33) Added total emissions to output array: Species: 51 SpcFlx : 1.169160583138223E-007 OutArr : 1.169160583138223E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.279010123433854E-007 Spc. emissions: 1.279010123433854E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 33) Added total emissions to output array: Species: 52 SpcFlx : 1.279010123433854E-007 OutArr : 1.279010123433854E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.841228134194550E-010 Spc. emissions: 3.841228134194550E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.459871400868132E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.498051953955724E-009 Spc. emissions: 4.957923354823855E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.957923354823855E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 33) Added total emissions to output array: Species: 53 SpcFlx : 4.957923354823855E-009 OutArr : 4.957923354823855E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.634398323730641E-009 Spc. emissions: 1.634398323730641E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.634398323730641E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 33) Added total emissions to output array: Species: 72 SpcFlx : 1.634398323730641E-009 OutArr : 1.634398323730641E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.278802676653962E-008 Spc. emissions: 7.278802676653962E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 33) Added total emissions to output array: Species: 121 SpcFlx : 7.278802676653962E-008 OutArr : 7.278802676653962E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 2.026592175501207E-009 Spc. emissions: 2.026592175501207E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 33) Added total emissions to output array: Species: 124 SpcFlx : 2.026592175501207E-009 OutArr : 2.026592175501207E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 33) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.929261559868584E-010 Spc. emissions: 5.929261559868584E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.929261559868584E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 33) Added total emissions to output array: Species: 135 SpcFlx : 5.929261559868584E-010 OutArr : 5.929261559868584E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.121637512259418E-010 Spc. emissions: 5.121637512259418E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.121637512259418E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 33) Added total emissions to output array: Species: 138 SpcFlx : 5.121637512259418E-010 OutArr : 5.121637512259418E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.530924263325486E-008 Spc. emissions: 1.530924263325486E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 33) Added total emissions to output array: Species: 146 SpcFlx : 1.530924263325486E-008 OutArr : 1.530924263325486E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.757207294069787E-009 Spc. emissions: 6.757207294069787E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 33) Added total emissions to output array: Species: 147 SpcFlx : 6.757207294069787E-009 OutArr : 6.757207294069787E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 33) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.161556825485389E-008 Spc. emissions: 1.161556825485389E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.758763690093596E-009 Spc. emissions: 1.537433194494751E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.569313973246886E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 33) Added total emissions to output array: Species: 161 SpcFlx : 1.569313973246886E-008 OutArr : 1.569313973246886E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 33) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 33) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 33) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.710852752005206E-010 Spc. emissions: 5.710852752005206E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.507437425330765E-009 Spc. emissions: 5.078522700531280E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.492192842391184E-011 Spc. emissions: 5.113444628955213E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.123113841163869E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 33) Added total emissions to output array: Species: 177 SpcFlx : 5.123113841163869E-009 OutArr : 5.123113841163869E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 33) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.082895961557731E-008 Spc. emissions: 1.082895961557731E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 33) Added total emissions to output array: Species: 190 SpcFlx : 1.082895961557731E-008 OutArr : 1.082895961557731E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.082895961557731E-008 Spc. emissions: 1.082895961557731E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 33) Added total emissions to output array: Species: 191 SpcFlx : 1.082895961557731E-008 OutArr : 1.082895961557731E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.960259574828831E-009 Spc. emissions: 5.960259574828831E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 33) Added total emissions to output array: Species: 192 SpcFlx : 5.960259574828831E-009 OutArr : 5.960259574828831E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.554183618840937E-007 Spc. emissions: 6.554183618840937E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 33) Added total emissions to output array: Species: 193 SpcFlx : 6.554183618840937E-007 OutArr : 6.554183618840937E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.554183618840937E-007 Spc. emissions: 6.554183618840937E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 33) Added total emissions to output array: Species: 194 SpcFlx : 6.554183618840937E-007 OutArr : 6.554183618840937E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.607422786320955E-007 Spc. emissions: 3.607422786320955E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 33) Added total emissions to output array: Species: 195 SpcFlx : 3.607422786320955E-007 OutArr : 3.607422786320955E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 33) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 33) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.637270521831012E-009 Spc. emissions: 5.637270521831012E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.659631782274276E-009 Spc. emissions: 8.296902304105281E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.461742511726072E-012 Spc. emissions: 8.306364046616973E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.316097753568476E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 33) Added total emissions to output array: Species: 201 SpcFlx : 8.316097753568476E-009 OutArr : 8.316097753568476E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.659631782274276E-009 Spc. emissions: 2.659631782274276E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 33) Added total emissions to output array: Species: 202 SpcFlx : 2.659631782274276E-009 OutArr : 2.659631782274276E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.341800723147044E-009 Spc. emissions: 1.341800723147044E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 8.795932430239583E-012 Spc. emissions: 1.350596655577284E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 33) Added total emissions to output array: Species: 203 SpcFlx : 1.350596655577284E-009 OutArr : 1.350596655577284E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.188804236237549E-009 Spc. emissions: 1.188804236237549E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 7 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.155579296135895E-012 Spc. emissions: 1.197959815533677E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 33) Added total emissions to output array: Species: 204 SpcFlx : 1.197959815533677E-009 OutArr : 1.197959815533677E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.594693966820206E-009 Spc. emissions: 3.594693966820206E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.594693966820206E-009 OutArr : 3.594693966820206E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 33) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 33) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 33) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 33) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 33) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 33) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 33) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 33) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.9238453 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.795438323666133E-009 Spc. emissions: 2.795438323666133E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.795438323666133E-009 OutArr : 2.795438323666133E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 33) Successfully updated diagnostics: EmisNO2_Ship (counter: 33) Successfully updated diagnostics: EmisHNO3_Ship (counter: 33) Successfully updated diagnostics: EmisO3_Ship (counter: 33) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 33) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 33) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 33) Successfully updated diagnostics: EmisCO_BioBurn (counter: 33) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 33) Successfully updated diagnostics: EmisACET_BioBurn (counter: 33) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 33) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 33) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 33) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 33) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 33) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 33) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 33) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 33) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 33) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 33) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 33) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 33) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 33) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 33) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 33) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 33) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 33) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 33) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 33) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 33) Successfully updated diagnostics: EmisALD2_Total (counter: 33) Successfully updated diagnostics: EmisALK4_Total (counter: 33) Successfully updated diagnostics: EmisBCPI_Total (counter: 33) Successfully updated diagnostics: EmisBCPO_Total (counter: 33) Successfully updated diagnostics: EmisBENZ_Total (counter: 33) Successfully updated diagnostics: EmisC2H6_Total (counter: 33) Successfully updated diagnostics: EmisC3H8_Total (counter: 33) Successfully updated diagnostics: EmisCH2O_Total (counter: 33) Successfully updated diagnostics: EmisCO_Total (counter: 33) Successfully updated diagnostics: EmisDST1_Total (counter: 33) Successfully updated diagnostics: EmisEOH_Total (counter: 33) Successfully updated diagnostics: EmisHCOOH_Total (counter: 33) Successfully updated diagnostics: EmisISOP_Total (counter: 33) Successfully updated diagnostics: EmisMACR_Total (counter: 33) Successfully updated diagnostics: EmisMEK_Total (counter: 33) Successfully updated diagnostics: EmisMOH_Total (counter: 33) Successfully updated diagnostics: EmisMTPA_Total (counter: 33) Successfully updated diagnostics: EmisNH3_Total (counter: 33) Successfully updated diagnostics: EmisNO_Total (counter: 33) Successfully updated diagnostics: EmisOCPI_Total (counter: 33) Successfully updated diagnostics: EmisOCPO_Total (counter: 33) Successfully updated diagnostics: EmispFe_Total (counter: 33) Successfully updated diagnostics: EmisPRPE_Total (counter: 33) Successfully updated diagnostics: EmisRCHO_Total (counter: 33) Successfully updated diagnostics: EmisSO2_Total (counter: 33) Successfully updated diagnostics: EmisSO4_Total (counter: 33) Successfully updated diagnostics: EmisSOAP_Total (counter: 33) Successfully updated diagnostics: EmisTOLU_Total (counter: 33) Successfully updated diagnostics: EmisXYLE_Total (counter: 33) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 10:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 11:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.308712052192899E-009 Spc. emissions: 8.308712052192899E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.308912639992557E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.308912639992557E-009 OutArr : 8.308912639992557E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.149383259699972E-010 Spc. emissions: 3.149383259699972E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.403343727936025E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.268184459195973E-009 Spc. emissions: 4.671528187131999E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.671528187131999E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.673848156584217E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.673848156584217E-009 OutArr : 4.673848156584217E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.209019866441180E-008 Spc. emissions: 1.209019866441180E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.694032519883831E-010 Spc. emissions: 1.235960191640020E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.237121262537549E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 34) Added total emissions to output array: Species: 5 SpcFlx : 1.237121262537549E-008 OutArr : 1.237121262537549E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 34) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 34) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.109538393890569E-009 Spc. emissions: 1.109538393890569E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.541709785551878E-011 Spc. emissions: 1.124955491746096E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 34) Added total emissions to output array: Species: 9 SpcFlx : 1.124955491746096E-009 OutArr : 1.124955491746096E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.278862717116571E-011 Spc. emissions: 2.278862717116571E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 34) Added total emissions to output array: Species: 16 SpcFlx : 2.278862717116571E-011 OutArr : 2.278862717116571E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.379272350059652E-009 Spc. emissions: 1.379272350059652E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 34) Added total emissions to output array: Species: 17 SpcFlx : 1.379272350059652E-009 OutArr : 1.379272350059652E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.333175165814020E-011 Spc. emissions: 1.636171669880179E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636454862670716E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 34) Added total emissions to output array: Species: 18 SpcFlx : 1.636454862670716E-009 OutArr : 1.636454862670716E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.524060122308706E-009 Spc. emissions: 2.524060122308706E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.202106690826720E-010 Spc. emissions: 2.644270791391379E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.644313199452742E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 34) Added total emissions to output array: Species: 19 SpcFlx : 2.644313199452742E-009 OutArr : 2.644313199452742E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 34) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 34) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 34) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 34) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.132662798682360E-010 Spc. emissions: 4.132662798682360E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.132662798682360E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.199506500427736E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 34) Added total emissions to output array: Species: 31 SpcFlx : 4.199506500427736E-010 OutArr : 4.199506500427736E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 34) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 34) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.132456198507051E-008 Spc. emissions: 8.132456198507051E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.445580383836139E-010 Spc. emissions: 8.146912002345459E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.161018824367687E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 34) Added total emissions to output array: Species: 47 SpcFlx : 8.161018824367687E-008 OutArr : 8.161018824367687E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.391425034961735E-008 Spc. emissions: 2.586374005539415E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 34) Added total emissions to output array: Species: 49 SpcFlx : 2.586374005539415E-008 OutArr : 2.586374005539415E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.006660193446837E-008 Spc. emissions: 6.006660193446837E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 34) Added total emissions to output array: Species: 50 SpcFlx : 6.006660193446837E-008 OutArr : 6.006660193446837E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.089877889217581E-007 Spc. emissions: 1.089877889217581E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 34) Added total emissions to output array: Species: 51 SpcFlx : 1.089877889217581E-007 OutArr : 1.089877889217581E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.192278348215262E-007 Spc. emissions: 1.192278348215262E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 34) Added total emissions to output array: Species: 52 SpcFlx : 1.192278348215262E-007 OutArr : 1.192278348215262E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.817107144782879E-010 Spc. emissions: 3.817107144782879E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.457459301926965E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.267097856543529E-009 Spc. emissions: 4.724557158470490E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.724557158470490E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 34) Added total emissions to output array: Species: 53 SpcFlx : 4.724557158470490E-009 OutArr : 4.724557158470490E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.595174535204140E-009 Spc. emissions: 1.595174535204140E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.595174535204140E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 34) Added total emissions to output array: Species: 72 SpcFlx : 1.595174535204140E-009 OutArr : 1.595174535204140E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.920627001675367E-008 Spc. emissions: 6.920627001675367E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 34) Added total emissions to output array: Species: 121 SpcFlx : 6.920627001675367E-008 OutArr : 6.920627001675367E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.961065300987314E-009 Spc. emissions: 1.961065300987314E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 34) Added total emissions to output array: Species: 124 SpcFlx : 1.961065300987314E-009 OutArr : 1.961065300987314E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 34) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.049819211123919E-010 Spc. emissions: 6.049819211123919E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.049819211123919E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 34) Added total emissions to output array: Species: 135 SpcFlx : 6.049819211123919E-010 OutArr : 6.049819211123919E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.089476193043849E-010 Spc. emissions: 5.089476193043849E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.089476193043849E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 34) Added total emissions to output array: Species: 138 SpcFlx : 5.089476193043849E-010 OutArr : 5.089476193043849E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.473424034489977E-008 Spc. emissions: 1.473424034489977E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 34) Added total emissions to output array: Species: 146 SpcFlx : 1.473424034489977E-008 OutArr : 1.473424034489977E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.515047124091869E-009 Spc. emissions: 6.515047124091869E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 34) Added total emissions to output array: Species: 147 SpcFlx : 6.515047124091869E-009 OutArr : 6.515047124091869E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 34) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.148431372029341E-008 Spc. emissions: 1.148431372029341E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.751823528763989E-009 Spc. emissions: 1.523613724905737E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.555494503657878E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 34) Added total emissions to output array: Species: 161 SpcFlx : 1.555494503657878E-008 OutArr : 1.555494503657878E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 34) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 34) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 34) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.533760309006581E-010 Spc. emissions: 5.533760309006581E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.431781470370230E-009 Spc. emissions: 4.985157501270890E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.681523460920781E-011 Spc. emissions: 5.021972735880107E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.031641948088765E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 34) Added total emissions to output array: Species: 177 SpcFlx : 5.031641948088765E-009 OutArr : 5.031641948088765E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 34) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.080029723103607E-008 Spc. emissions: 1.080029723103607E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 34) Added total emissions to output array: Species: 190 SpcFlx : 1.080029723103607E-008 OutArr : 1.080029723103607E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.080029723103607E-008 Spc. emissions: 1.080029723103607E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 34) Added total emissions to output array: Species: 191 SpcFlx : 1.080029723103607E-008 OutArr : 1.080029723103607E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.944483797841582E-009 Spc. emissions: 5.944483797841582E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 34) Added total emissions to output array: Species: 192 SpcFlx : 5.944483797841582E-009 OutArr : 5.944483797841582E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.536835778349273E-007 Spc. emissions: 6.536835778349273E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 34) Added total emissions to output array: Species: 193 SpcFlx : 6.536835778349273E-007 OutArr : 6.536835778349273E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.536835778349273E-007 Spc. emissions: 6.536835778349273E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 34) Added total emissions to output array: Species: 194 SpcFlx : 6.536835778349273E-007 OutArr : 6.536835778349273E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.597874534590069E-007 Spc. emissions: 3.597874534590069E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 34) Added total emissions to output array: Species: 195 SpcFlx : 3.597874534590069E-007 OutArr : 3.597874534590069E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 34) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 34) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.611394636397547E-009 Spc. emissions: 5.611394636397547E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.545597192450926E-009 Spc. emissions: 8.156991828848472E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.974504398595786E-012 Spc. emissions: 8.166966333247013E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.176700040198511E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 34) Added total emissions to output array: Species: 201 SpcFlx : 8.176700040198511E-009 OutArr : 8.176700040198511E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.545597192450926E-009 Spc. emissions: 2.545597192450926E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 34) Added total emissions to output array: Species: 202 SpcFlx : 2.545597192450926E-009 OutArr : 2.545597192450926E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.342293649267914E-009 Spc. emissions: 1.342293649267914E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.291656899413517E-012 Spc. emissions: 1.351585306167327E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 34) Added total emissions to output array: Species: 203 SpcFlx : 1.351585306167327E-009 OutArr : 1.351585306167327E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.182136214284590E-009 Spc. emissions: 1.182136214284590E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.708501155936000E-012 Spc. emissions: 1.191844715440521E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 34) Added total emissions to output array: Species: 204 SpcFlx : 1.191844715440521E-009 OutArr : 1.191844715440521E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.411937954592791E-009 Spc. emissions: 3.411937954592791E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.411937954592791E-009 OutArr : 3.411937954592791E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 34) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 34) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 34) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 34) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 34) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 34) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 34) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 34) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.887443081600671E-009 Spc. emissions: 2.887443081600671E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.887443081600671E-009 OutArr : 2.887443081600671E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 34) Successfully updated diagnostics: EmisNO2_Ship (counter: 34) Successfully updated diagnostics: EmisHNO3_Ship (counter: 34) Successfully updated diagnostics: EmisO3_Ship (counter: 34) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 34) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 34) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 34) Successfully updated diagnostics: EmisCO_BioBurn (counter: 34) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 34) Successfully updated diagnostics: EmisACET_BioBurn (counter: 34) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 34) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 34) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 34) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 34) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 34) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 34) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 34) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 34) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 34) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 34) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 34) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 34) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 34) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 34) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 34) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 34) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 34) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 34) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 34) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 34) Successfully updated diagnostics: EmisALD2_Total (counter: 34) Successfully updated diagnostics: EmisALK4_Total (counter: 34) Successfully updated diagnostics: EmisBCPI_Total (counter: 34) Successfully updated diagnostics: EmisBCPO_Total (counter: 34) Successfully updated diagnostics: EmisBENZ_Total (counter: 34) Successfully updated diagnostics: EmisC2H6_Total (counter: 34) Successfully updated diagnostics: EmisC3H8_Total (counter: 34) Successfully updated diagnostics: EmisCH2O_Total (counter: 34) Successfully updated diagnostics: EmisCO_Total (counter: 34) Successfully updated diagnostics: EmisDST1_Total (counter: 34) Successfully updated diagnostics: EmisEOH_Total (counter: 34) Successfully updated diagnostics: EmisHCOOH_Total (counter: 34) Successfully updated diagnostics: EmisISOP_Total (counter: 34) Successfully updated diagnostics: EmisMACR_Total (counter: 34) Successfully updated diagnostics: EmisMEK_Total (counter: 34) Successfully updated diagnostics: EmisMOH_Total (counter: 34) Successfully updated diagnostics: EmisMTPA_Total (counter: 34) Successfully updated diagnostics: EmisNH3_Total (counter: 34) Successfully updated diagnostics: EmisNO_Total (counter: 34) Successfully updated diagnostics: EmisOCPI_Total (counter: 34) Successfully updated diagnostics: EmisOCPO_Total (counter: 34) Successfully updated diagnostics: EmispFe_Total (counter: 34) Successfully updated diagnostics: EmisPRPE_Total (counter: 34) Successfully updated diagnostics: EmisRCHO_Total (counter: 34) Successfully updated diagnostics: EmisSO2_Total (counter: 34) Successfully updated diagnostics: EmisSO4_Total (counter: 34) Successfully updated diagnostics: EmisSOAP_Total (counter: 34) Successfully updated diagnostics: EmisTOLU_Total (counter: 34) Successfully updated diagnostics: EmisXYLE_Total (counter: 34) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 11:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 11:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.308712052192899E-009 Spc. emissions: 8.308712052192899E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.308912639992557E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.308912639992557E-009 OutArr : 8.308912639992557E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.149383259699972E-010 Spc. emissions: 3.149383259699972E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.403343727936025E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.268184459195973E-009 Spc. emissions: 4.671528187131999E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.671528187131999E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.673848156584217E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.673848156584217E-009 OutArr : 4.673848156584217E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.209019866441180E-008 Spc. emissions: 1.209019866441180E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.694032519883831E-010 Spc. emissions: 1.235960191640020E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.237121262537549E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 35) Added total emissions to output array: Species: 5 SpcFlx : 1.237121262537549E-008 OutArr : 1.237121262537549E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 35) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 35) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.109538393890569E-009 Spc. emissions: 1.109538393890569E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.541709785551878E-011 Spc. emissions: 1.124955491746096E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 35) Added total emissions to output array: Species: 9 SpcFlx : 1.124955491746096E-009 OutArr : 1.124955491746096E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.278862717116571E-011 Spc. emissions: 2.278862717116571E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 35) Added total emissions to output array: Species: 16 SpcFlx : 2.278862717116571E-011 OutArr : 2.278862717116571E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.379272350059652E-009 Spc. emissions: 1.379272350059652E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 35) Added total emissions to output array: Species: 17 SpcFlx : 1.379272350059652E-009 OutArr : 1.379272350059652E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.333175165814020E-011 Spc. emissions: 1.636171669880179E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636454862670716E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 35) Added total emissions to output array: Species: 18 SpcFlx : 1.636454862670716E-009 OutArr : 1.636454862670716E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.524060122308706E-009 Spc. emissions: 2.524060122308706E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.202106690826720E-010 Spc. emissions: 2.644270791391379E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.644313199452742E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 35) Added total emissions to output array: Species: 19 SpcFlx : 2.644313199452742E-009 OutArr : 2.644313199452742E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 35) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 35) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 35) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 35) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.132662798682360E-010 Spc. emissions: 4.132662798682360E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.132662798682360E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.199506500427736E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 35) Added total emissions to output array: Species: 31 SpcFlx : 4.199506500427736E-010 OutArr : 4.199506500427736E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 35) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 35) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.132456198507051E-008 Spc. emissions: 8.132456198507051E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.445580383836139E-010 Spc. emissions: 8.146912002345459E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.161018824367687E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 35) Added total emissions to output array: Species: 47 SpcFlx : 8.161018824367687E-008 OutArr : 8.161018824367687E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.391425034961735E-008 Spc. emissions: 2.586374005539415E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 35) Added total emissions to output array: Species: 49 SpcFlx : 2.586374005539415E-008 OutArr : 2.586374005539415E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.006660193446837E-008 Spc. emissions: 6.006660193446837E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 35) Added total emissions to output array: Species: 50 SpcFlx : 6.006660193446837E-008 OutArr : 6.006660193446837E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.089877889217581E-007 Spc. emissions: 1.089877889217581E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 35) Added total emissions to output array: Species: 51 SpcFlx : 1.089877889217581E-007 OutArr : 1.089877889217581E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.192278348215262E-007 Spc. emissions: 1.192278348215262E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 35) Added total emissions to output array: Species: 52 SpcFlx : 1.192278348215262E-007 OutArr : 1.192278348215262E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.817107144782879E-010 Spc. emissions: 3.817107144782879E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.457459301926965E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.267097856543529E-009 Spc. emissions: 4.724557158470490E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.724557158470490E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 35) Added total emissions to output array: Species: 53 SpcFlx : 4.724557158470490E-009 OutArr : 4.724557158470490E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.595174535204140E-009 Spc. emissions: 1.595174535204140E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.595174535204140E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 35) Added total emissions to output array: Species: 72 SpcFlx : 1.595174535204140E-009 OutArr : 1.595174535204140E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.920627001675367E-008 Spc. emissions: 6.920627001675367E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 35) Added total emissions to output array: Species: 121 SpcFlx : 6.920627001675367E-008 OutArr : 6.920627001675367E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.961065300987314E-009 Spc. emissions: 1.961065300987314E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 35) Added total emissions to output array: Species: 124 SpcFlx : 1.961065300987314E-009 OutArr : 1.961065300987314E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 35) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.049819211123919E-010 Spc. emissions: 6.049819211123919E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.049819211123919E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 35) Added total emissions to output array: Species: 135 SpcFlx : 6.049819211123919E-010 OutArr : 6.049819211123919E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.089476193043849E-010 Spc. emissions: 5.089476193043849E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.089476193043849E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 35) Added total emissions to output array: Species: 138 SpcFlx : 5.089476193043849E-010 OutArr : 5.089476193043849E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.473424034489977E-008 Spc. emissions: 1.473424034489977E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 35) Added total emissions to output array: Species: 146 SpcFlx : 1.473424034489977E-008 OutArr : 1.473424034489977E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.515047124091869E-009 Spc. emissions: 6.515047124091869E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 35) Added total emissions to output array: Species: 147 SpcFlx : 6.515047124091869E-009 OutArr : 6.515047124091869E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 35) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.148431372029341E-008 Spc. emissions: 1.148431372029341E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.751823528763989E-009 Spc. emissions: 1.523613724905737E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.555494503657878E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 35) Added total emissions to output array: Species: 161 SpcFlx : 1.555494503657878E-008 OutArr : 1.555494503657878E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 35) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 35) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 35) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.533760309006581E-010 Spc. emissions: 5.533760309006581E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.431781470370230E-009 Spc. emissions: 4.985157501270890E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.681523460920781E-011 Spc. emissions: 5.021972735880107E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.031641948088765E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 35) Added total emissions to output array: Species: 177 SpcFlx : 5.031641948088765E-009 OutArr : 5.031641948088765E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 35) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.080029723103607E-008 Spc. emissions: 1.080029723103607E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 35) Added total emissions to output array: Species: 190 SpcFlx : 1.080029723103607E-008 OutArr : 1.080029723103607E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.080029723103607E-008 Spc. emissions: 1.080029723103607E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 35) Added total emissions to output array: Species: 191 SpcFlx : 1.080029723103607E-008 OutArr : 1.080029723103607E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.944483797841582E-009 Spc. emissions: 5.944483797841582E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 35) Added total emissions to output array: Species: 192 SpcFlx : 5.944483797841582E-009 OutArr : 5.944483797841582E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.536835778349273E-007 Spc. emissions: 6.536835778349273E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 35) Added total emissions to output array: Species: 193 SpcFlx : 6.536835778349273E-007 OutArr : 6.536835778349273E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.536835778349273E-007 Spc. emissions: 6.536835778349273E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 35) Added total emissions to output array: Species: 194 SpcFlx : 6.536835778349273E-007 OutArr : 6.536835778349273E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.597874534590069E-007 Spc. emissions: 3.597874534590069E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 35) Added total emissions to output array: Species: 195 SpcFlx : 3.597874534590069E-007 OutArr : 3.597874534590069E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 35) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 35) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.611394636397547E-009 Spc. emissions: 5.611394636397547E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.545597192450926E-009 Spc. emissions: 8.156991828848472E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.974504398595786E-012 Spc. emissions: 8.166966333247013E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.176700040198511E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 35) Added total emissions to output array: Species: 201 SpcFlx : 8.176700040198511E-009 OutArr : 8.176700040198511E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.545597192450926E-009 Spc. emissions: 2.545597192450926E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 35) Added total emissions to output array: Species: 202 SpcFlx : 2.545597192450926E-009 OutArr : 2.545597192450926E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.342293649267914E-009 Spc. emissions: 1.342293649267914E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.291656899413517E-012 Spc. emissions: 1.351585306167327E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 35) Added total emissions to output array: Species: 203 SpcFlx : 1.351585306167327E-009 OutArr : 1.351585306167327E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.182136214284590E-009 Spc. emissions: 1.182136214284590E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.708501155936000E-012 Spc. emissions: 1.191844715440521E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 35) Added total emissions to output array: Species: 204 SpcFlx : 1.191844715440521E-009 OutArr : 1.191844715440521E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.411937954592791E-009 Spc. emissions: 3.411937954592791E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.411937954592791E-009 OutArr : 3.411937954592791E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 35) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 35) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 35) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 35) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 35) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 35) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 35) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 35) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.887443081600671E-009 Spc. emissions: 2.887443081600671E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.887443081600671E-009 OutArr : 2.887443081600671E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 35) Successfully updated diagnostics: EmisNO2_Ship (counter: 35) Successfully updated diagnostics: EmisHNO3_Ship (counter: 35) Successfully updated diagnostics: EmisO3_Ship (counter: 35) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 35) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 35) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 35) Successfully updated diagnostics: EmisCO_BioBurn (counter: 35) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 35) Successfully updated diagnostics: EmisACET_BioBurn (counter: 35) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 35) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 35) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 35) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 35) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 35) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 35) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 35) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 35) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 35) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 35) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 35) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 35) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 35) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 35) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 35) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 35) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 35) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 35) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 35) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 35) Successfully updated diagnostics: EmisALD2_Total (counter: 35) Successfully updated diagnostics: EmisALK4_Total (counter: 35) Successfully updated diagnostics: EmisBCPI_Total (counter: 35) Successfully updated diagnostics: EmisBCPO_Total (counter: 35) Successfully updated diagnostics: EmisBENZ_Total (counter: 35) Successfully updated diagnostics: EmisC2H6_Total (counter: 35) Successfully updated diagnostics: EmisC3H8_Total (counter: 35) Successfully updated diagnostics: EmisCH2O_Total (counter: 35) Successfully updated diagnostics: EmisCO_Total (counter: 35) Successfully updated diagnostics: EmisDST1_Total (counter: 35) Successfully updated diagnostics: EmisEOH_Total (counter: 35) Successfully updated diagnostics: EmisHCOOH_Total (counter: 35) Successfully updated diagnostics: EmisISOP_Total (counter: 35) Successfully updated diagnostics: EmisMACR_Total (counter: 35) Successfully updated diagnostics: EmisMEK_Total (counter: 35) Successfully updated diagnostics: EmisMOH_Total (counter: 35) Successfully updated diagnostics: EmisMTPA_Total (counter: 35) Successfully updated diagnostics: EmisNH3_Total (counter: 35) Successfully updated diagnostics: EmisNO_Total (counter: 35) Successfully updated diagnostics: EmisOCPI_Total (counter: 35) Successfully updated diagnostics: EmisOCPO_Total (counter: 35) Successfully updated diagnostics: EmispFe_Total (counter: 35) Successfully updated diagnostics: EmisPRPE_Total (counter: 35) Successfully updated diagnostics: EmisRCHO_Total (counter: 35) Successfully updated diagnostics: EmisSO2_Total (counter: 35) Successfully updated diagnostics: EmisSO4_Total (counter: 35) Successfully updated diagnostics: EmisSOAP_Total (counter: 35) Successfully updated diagnostics: EmisTOLU_Total (counter: 35) Successfully updated diagnostics: EmisXYLE_Total (counter: 35) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 11:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 11:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.308712052192899E-009 Spc. emissions: 8.308712052192899E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.308912639992557E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.308912639992557E-009 OutArr : 8.308912639992557E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.149383259699972E-010 Spc. emissions: 3.149383259699972E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.403343727936025E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.268184459195973E-009 Spc. emissions: 4.671528187131999E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.671528187131999E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.673848156584217E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.673848156584217E-009 OutArr : 4.673848156584217E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.209019866441180E-008 Spc. emissions: 1.209019866441180E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.694032519883831E-010 Spc. emissions: 1.235960191640020E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.237121262537549E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 36) Added total emissions to output array: Species: 5 SpcFlx : 1.237121262537549E-008 OutArr : 1.237121262537549E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 36) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 36) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.109538393890569E-009 Spc. emissions: 1.109538393890569E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.541709785551878E-011 Spc. emissions: 1.124955491746096E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 36) Added total emissions to output array: Species: 9 SpcFlx : 1.124955491746096E-009 OutArr : 1.124955491746096E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.278862717116571E-011 Spc. emissions: 2.278862717116571E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 36) Added total emissions to output array: Species: 16 SpcFlx : 2.278862717116571E-011 OutArr : 2.278862717116571E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.379272350059652E-009 Spc. emissions: 1.379272350059652E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 36) Added total emissions to output array: Species: 17 SpcFlx : 1.379272350059652E-009 OutArr : 1.379272350059652E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.333175165814020E-011 Spc. emissions: 1.636171669880179E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636454862670716E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 36) Added total emissions to output array: Species: 18 SpcFlx : 1.636454862670716E-009 OutArr : 1.636454862670716E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.524060122308706E-009 Spc. emissions: 2.524060122308706E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.202106690826720E-010 Spc. emissions: 2.644270791391379E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.644313199452742E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 36) Added total emissions to output array: Species: 19 SpcFlx : 2.644313199452742E-009 OutArr : 2.644313199452742E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 36) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 36) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 36) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 36) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.132662798682360E-010 Spc. emissions: 4.132662798682360E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.132662798682360E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.199506500427736E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 36) Added total emissions to output array: Species: 31 SpcFlx : 4.199506500427736E-010 OutArr : 4.199506500427736E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 36) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 36) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.132456198507051E-008 Spc. emissions: 8.132456198507051E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.445580383836139E-010 Spc. emissions: 8.146912002345459E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.161018824367687E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 36) Added total emissions to output array: Species: 47 SpcFlx : 8.161018824367687E-008 OutArr : 8.161018824367687E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.391425034961735E-008 Spc. emissions: 2.586374005539415E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 36) Added total emissions to output array: Species: 49 SpcFlx : 2.586374005539415E-008 OutArr : 2.586374005539415E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 6.006660193446837E-008 Spc. emissions: 6.006660193446837E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 36) Added total emissions to output array: Species: 50 SpcFlx : 6.006660193446837E-008 OutArr : 6.006660193446837E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.089877889217581E-007 Spc. emissions: 1.089877889217581E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 36) Added total emissions to output array: Species: 51 SpcFlx : 1.089877889217581E-007 OutArr : 1.089877889217581E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.192278348215262E-007 Spc. emissions: 1.192278348215262E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 36) Added total emissions to output array: Species: 52 SpcFlx : 1.192278348215262E-007 OutArr : 1.192278348215262E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.817107144782879E-010 Spc. emissions: 3.817107144782879E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.457459301926965E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.267097856543529E-009 Spc. emissions: 4.724557158470490E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.724557158470490E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 36) Added total emissions to output array: Species: 53 SpcFlx : 4.724557158470490E-009 OutArr : 4.724557158470490E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.595174535204140E-009 Spc. emissions: 1.595174535204140E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.595174535204140E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 36) Added total emissions to output array: Species: 72 SpcFlx : 1.595174535204140E-009 OutArr : 1.595174535204140E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.920627001675367E-008 Spc. emissions: 6.920627001675367E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 36) Added total emissions to output array: Species: 121 SpcFlx : 6.920627001675367E-008 OutArr : 6.920627001675367E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.961065300987314E-009 Spc. emissions: 1.961065300987314E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 36) Added total emissions to output array: Species: 124 SpcFlx : 1.961065300987314E-009 OutArr : 1.961065300987314E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 36) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.049819211123919E-010 Spc. emissions: 6.049819211123919E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.049819211123919E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 36) Added total emissions to output array: Species: 135 SpcFlx : 6.049819211123919E-010 OutArr : 6.049819211123919E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.089476193043849E-010 Spc. emissions: 5.089476193043849E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.089476193043849E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 36) Added total emissions to output array: Species: 138 SpcFlx : 5.089476193043849E-010 OutArr : 5.089476193043849E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.473424034489977E-008 Spc. emissions: 1.473424034489977E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 36) Added total emissions to output array: Species: 146 SpcFlx : 1.473424034489977E-008 OutArr : 1.473424034489977E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.515047124091869E-009 Spc. emissions: 6.515047124091869E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 36) Added total emissions to output array: Species: 147 SpcFlx : 6.515047124091869E-009 OutArr : 6.515047124091869E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 36) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.148431372029341E-008 Spc. emissions: 1.148431372029341E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.751823528763989E-009 Spc. emissions: 1.523613724905737E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.555494503657878E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 36) Added total emissions to output array: Species: 161 SpcFlx : 1.555494503657878E-008 OutArr : 1.555494503657878E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 36) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 36) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 36) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.533760309006581E-010 Spc. emissions: 5.533760309006581E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.431781470370230E-009 Spc. emissions: 4.985157501270890E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.681523460920781E-011 Spc. emissions: 5.021972735880107E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 5.031641948088765E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 36) Added total emissions to output array: Species: 177 SpcFlx : 5.031641948088765E-009 OutArr : 5.031641948088765E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 36) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.080029723103607E-008 Spc. emissions: 1.080029723103607E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 36) Added total emissions to output array: Species: 190 SpcFlx : 1.080029723103607E-008 OutArr : 1.080029723103607E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.080029723103607E-008 Spc. emissions: 1.080029723103607E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 36) Added total emissions to output array: Species: 191 SpcFlx : 1.080029723103607E-008 OutArr : 1.080029723103607E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.944483797841582E-009 Spc. emissions: 5.944483797841582E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 36) Added total emissions to output array: Species: 192 SpcFlx : 5.944483797841582E-009 OutArr : 5.944483797841582E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.536835778349273E-007 Spc. emissions: 6.536835778349273E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 36) Added total emissions to output array: Species: 193 SpcFlx : 6.536835778349273E-007 OutArr : 6.536835778349273E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.536835778349273E-007 Spc. emissions: 6.536835778349273E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 36) Added total emissions to output array: Species: 194 SpcFlx : 6.536835778349273E-007 OutArr : 6.536835778349273E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.597874534590069E-007 Spc. emissions: 3.597874534590069E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 36) Added total emissions to output array: Species: 195 SpcFlx : 3.597874534590069E-007 OutArr : 3.597874534590069E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 36) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 36) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.611394636397547E-009 Spc. emissions: 5.611394636397547E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.545597192450926E-009 Spc. emissions: 8.156991828848472E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.974504398595786E-012 Spc. emissions: 8.166966333247013E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.176700040198511E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 36) Added total emissions to output array: Species: 201 SpcFlx : 8.176700040198511E-009 OutArr : 8.176700040198511E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.545597192450926E-009 Spc. emissions: 2.545597192450926E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 36) Added total emissions to output array: Species: 202 SpcFlx : 2.545597192450926E-009 OutArr : 2.545597192450926E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.342293649267914E-009 Spc. emissions: 1.342293649267914E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.291656899413517E-012 Spc. emissions: 1.351585306167327E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 36) Added total emissions to output array: Species: 203 SpcFlx : 1.351585306167327E-009 OutArr : 1.351585306167327E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.182136214284590E-009 Spc. emissions: 1.182136214284590E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 8 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.708501155936000E-012 Spc. emissions: 1.191844715440521E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 36) Added total emissions to output array: Species: 204 SpcFlx : 1.191844715440521E-009 OutArr : 1.191844715440521E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.411937954592791E-009 Spc. emissions: 3.411937954592791E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.411937954592791E-009 OutArr : 3.411937954592791E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 36) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 36) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 36) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 36) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 36) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 36) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 36) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 36) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.663417 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.887443081600671E-009 Spc. emissions: 2.887443081600671E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.887443081600671E-009 OutArr : 2.887443081600671E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 36) Successfully updated diagnostics: EmisNO2_Ship (counter: 36) Successfully updated diagnostics: EmisHNO3_Ship (counter: 36) Successfully updated diagnostics: EmisO3_Ship (counter: 36) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 36) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 36) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 36) Successfully updated diagnostics: EmisCO_BioBurn (counter: 36) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 36) Successfully updated diagnostics: EmisACET_BioBurn (counter: 36) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 36) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 36) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 36) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 36) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 36) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 36) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 36) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 36) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 36) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 36) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 36) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 36) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 36) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 36) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 36) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 36) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 36) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 36) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 36) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 36) Successfully updated diagnostics: EmisALD2_Total (counter: 36) Successfully updated diagnostics: EmisALK4_Total (counter: 36) Successfully updated diagnostics: EmisBCPI_Total (counter: 36) Successfully updated diagnostics: EmisBCPO_Total (counter: 36) Successfully updated diagnostics: EmisBENZ_Total (counter: 36) Successfully updated diagnostics: EmisC2H6_Total (counter: 36) Successfully updated diagnostics: EmisC3H8_Total (counter: 36) Successfully updated diagnostics: EmisCH2O_Total (counter: 36) Successfully updated diagnostics: EmisCO_Total (counter: 36) Successfully updated diagnostics: EmisDST1_Total (counter: 36) Successfully updated diagnostics: EmisEOH_Total (counter: 36) Successfully updated diagnostics: EmisHCOOH_Total (counter: 36) Successfully updated diagnostics: EmisISOP_Total (counter: 36) Successfully updated diagnostics: EmisMACR_Total (counter: 36) Successfully updated diagnostics: EmisMEK_Total (counter: 36) Successfully updated diagnostics: EmisMOH_Total (counter: 36) Successfully updated diagnostics: EmisMTPA_Total (counter: 36) Successfully updated diagnostics: EmisNH3_Total (counter: 36) Successfully updated diagnostics: EmisNO_Total (counter: 36) Successfully updated diagnostics: EmisOCPI_Total (counter: 36) Successfully updated diagnostics: EmisOCPO_Total (counter: 36) Successfully updated diagnostics: EmispFe_Total (counter: 36) Successfully updated diagnostics: EmisPRPE_Total (counter: 36) Successfully updated diagnostics: EmisRCHO_Total (counter: 36) Successfully updated diagnostics: EmisSO2_Total (counter: 36) Successfully updated diagnostics: EmisSO4_Total (counter: 36) Successfully updated diagnostics: EmisSOAP_Total (counter: 36) Successfully updated diagnostics: EmisTOLU_Total (counter: 36) Successfully updated diagnostics: EmisXYLE_Total (counter: 36) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 11:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 12:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-12:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-13:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-12:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-13:30 preferred datetime: 201907011330. selected tidx1: 5 corresponding datetime 1: 201907011330. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-12:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-13:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-12:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-13:30 preferred datetime: 201907011330. selected tidx1: 5 corresponding datetime 1: 201907011330. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.181457375090755E-009 Spc. emissions: 8.181457375090755E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.181657962890402E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.181657962890402E-009 OutArr : 8.181657962890402E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.170294340576761E-010 Spc. emissions: 3.170294340576761E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.405434836023703E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.144637853744848E-009 Spc. emissions: 4.550072689768550E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.550072689768550E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.552392659220758E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.552392659220758E-009 OutArr : 4.552392659220758E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.242293060406956E-008 Spc. emissions: 1.242293060406956E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.717922491627410E-010 Spc. emissions: 1.269472285323231E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.270633356220759E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 37) Added total emissions to output array: Species: 5 SpcFlx : 1.270633356220759E-008 OutArr : 1.270633356220759E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 37) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 37) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.131747149096641E-009 Spc. emissions: 1.131747149096641E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.573055828210858E-011 Spc. emissions: 1.147477707378757E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 37) Added total emissions to output array: Species: 9 SpcFlx : 1.147477707378757E-009 OutArr : 1.147477707378757E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.274796051892209E-011 Spc. emissions: 2.274796051892209E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 37) Added total emissions to output array: Species: 16 SpcFlx : 2.274796051892209E-011 OutArr : 2.274796051892209E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.376811031161853E-009 Spc. emissions: 1.376811031161853E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 37) Added total emissions to output array: Species: 17 SpcFlx : 1.376811031161853E-009 OutArr : 1.376811031161853E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.360261934057393E-011 Spc. emissions: 1.636442537562612E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636725730353150E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 37) Added total emissions to output array: Species: 18 SpcFlx : 1.636725730353150E-009 OutArr : 1.636725730353150E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.555723915323827E-009 Spc. emissions: 2.555723915323827E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.209621084637846E-010 Spc. emissions: 2.676686023787612E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.676728431848976E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 37) Added total emissions to output array: Species: 19 SpcFlx : 2.676728431848976E-009 OutArr : 2.676728431848976E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 37) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 37) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 37) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 37) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.273432784181175E-010 Spc. emissions: 4.273432784181175E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.273432784181175E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.340276485926550E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 37) Added total emissions to output array: Species: 31 SpcFlx : 4.340276485926550E-010 OutArr : 4.340276485926550E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 37) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 37) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.310862294529767E-008 Spc. emissions: 8.310862294529767E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.475612648187798E-010 Spc. emissions: 8.325618421011689E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.339725243033901E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 37) Added total emissions to output array: Species: 47 SpcFlx : 8.339725243033901E-008 OutArr : 8.339725243033901E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.348837648270540E-008 Spc. emissions: 2.543786618848221E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 37) Added total emissions to output array: Species: 49 SpcFlx : 2.543786618848221E-008 OutArr : 2.543786618848221E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.899691495549105E-008 Spc. emissions: 5.899691495549105E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 37) Added total emissions to output array: Species: 50 SpcFlx : 5.899691495549105E-008 OutArr : 5.899691495549105E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.070468932341874E-007 Spc. emissions: 1.070468932341874E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 37) Added total emissions to output array: Species: 51 SpcFlx : 1.070468932341874E-007 OutArr : 1.070468932341874E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.171045844358929E-007 Spc. emissions: 1.171045844358929E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 37) Added total emissions to output array: Species: 52 SpcFlx : 1.171045844358929E-007 OutArr : 1.171045844358929E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.857175761153880E-010 Spc. emissions: 3.857175761153880E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.461466163564066E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.143592316711417E-009 Spc. emissions: 4.605058480275485E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.605058480275485E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 37) Added total emissions to output array: Species: 53 SpcFlx : 4.605058480275485E-009 OutArr : 4.605058480275485E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.607775006371824E-009 Spc. emissions: 1.607775006371824E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.607775006371824E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 37) Added total emissions to output array: Species: 72 SpcFlx : 1.607775006371824E-009 OutArr : 1.607775006371824E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.762185056022507E-008 Spc. emissions: 6.762185056022507E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 37) Added total emissions to output array: Species: 121 SpcFlx : 6.762185056022507E-008 OutArr : 6.762185056022507E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.904744784595914E-009 Spc. emissions: 1.904744784595914E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 37) Added total emissions to output array: Species: 124 SpcFlx : 1.904744784595914E-009 OutArr : 1.904744784595914E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 37) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.173686592585774E-010 Spc. emissions: 6.173686592585774E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.173686592585774E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 37) Added total emissions to output array: Species: 135 SpcFlx : 6.173686592585774E-010 OutArr : 6.173686592585774E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.142901014871847E-010 Spc. emissions: 5.142901014871847E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.142901014871847E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 37) Added total emissions to output array: Species: 138 SpcFlx : 5.142901014871847E-010 OutArr : 5.142901014871847E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.451853828559872E-008 Spc. emissions: 1.451853828559872E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 37) Added total emissions to output array: Species: 146 SpcFlx : 1.451853828559872E-008 OutArr : 1.451853828559872E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.501573246174157E-009 Spc. emissions: 6.501573246174157E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 37) Added total emissions to output array: Species: 147 SpcFlx : 6.501573246174157E-009 OutArr : 6.501573246174157E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 37) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.140461084177822E-008 Spc. emissions: 1.140461084177822E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.648035560244161E-009 Spc. emissions: 1.505264640202236E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.537145418954374E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 37) Added total emissions to output array: Species: 161 SpcFlx : 1.537145418954374E-008 OutArr : 1.537145418954374E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 37) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 37) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 37) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.589455716097970E-010 Spc. emissions: 5.589455716097970E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.357370509018122E-009 Spc. emissions: 4.916316080627915E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.757991699260823E-011 Spc. emissions: 4.953895997620544E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.963565209829200E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 37) Added total emissions to output array: Species: 177 SpcFlx : 4.963565209829200E-009 OutArr : 4.963565209829200E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 37) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.078102393614544E-008 Spc. emissions: 1.078102393614544E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 37) Added total emissions to output array: Species: 190 SpcFlx : 1.078102393614544E-008 OutArr : 1.078102393614544E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.078102393614544E-008 Spc. emissions: 1.078102393614544E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 37) Added total emissions to output array: Species: 191 SpcFlx : 1.078102393614544E-008 OutArr : 1.078102393614544E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.933875775973502E-009 Spc. emissions: 5.933875775973502E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 37) Added total emissions to output array: Species: 192 SpcFlx : 5.933875775973502E-009 OutArr : 5.933875775973502E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.525170759883294E-007 Spc. emissions: 6.525170759883294E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 37) Added total emissions to output array: Species: 193 SpcFlx : 6.525170759883294E-007 OutArr : 6.525170759883294E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.525170759883294E-007 Spc. emissions: 6.525170759883294E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 37) Added total emissions to output array: Species: 194 SpcFlx : 6.525170759883294E-007 OutArr : 6.525170759883294E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.591454108208353E-007 Spc. emissions: 3.591454108208353E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 37) Added total emissions to output array: Species: 195 SpcFlx : 3.591454108208353E-007 OutArr : 3.591454108208353E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 37) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 37) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.734494839569404E-009 Spc. emissions: 5.734494839569404E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.499724674576554E-009 Spc. emissions: 8.234219514145965E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.018172701743107E-011 Spc. emissions: 8.244401241163331E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.254134948114845E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 37) Added total emissions to output array: Species: 201 SpcFlx : 8.254134948114845E-009 OutArr : 8.254134948114845E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.499724674576554E-009 Spc. emissions: 2.499724674576554E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 37) Added total emissions to output array: Species: 202 SpcFlx : 2.499724674576554E-009 OutArr : 2.499724674576554E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.380009401494494E-009 Spc. emissions: 1.380009401494494E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.471121679205594E-012 Spc. emissions: 1.389480523173700E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 37) Added total emissions to output array: Species: 203 SpcFlx : 1.389480523173700E-009 OutArr : 1.389480523173700E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.232290832711481E-009 Spc. emissions: 1.232290832711481E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.869563138551168E-012 Spc. emissions: 1.242160395850026E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 37) Added total emissions to output array: Species: 204 SpcFlx : 1.242160395850026E-009 OutArr : 1.242160395850026E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.306754105564731E-009 Spc. emissions: 3.306754105564731E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.306754105564731E-009 OutArr : 3.306754105564731E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 37) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 37) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 37) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 37) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 37) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 37) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 37) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 37) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.943462837979464E-009 Spc. emissions: 2.943462837979464E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.943462837979464E-009 OutArr : 2.943462837979464E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 37) Successfully updated diagnostics: EmisNO2_Ship (counter: 37) Successfully updated diagnostics: EmisHNO3_Ship (counter: 37) Successfully updated diagnostics: EmisO3_Ship (counter: 37) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 37) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 37) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 37) Successfully updated diagnostics: EmisCO_BioBurn (counter: 37) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 37) Successfully updated diagnostics: EmisACET_BioBurn (counter: 37) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 37) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 37) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 37) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 37) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 37) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 37) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 37) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 37) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 37) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 37) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 37) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 37) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 37) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 37) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 37) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 37) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 37) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 37) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 37) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 37) Successfully updated diagnostics: EmisALD2_Total (counter: 37) Successfully updated diagnostics: EmisALK4_Total (counter: 37) Successfully updated diagnostics: EmisBCPI_Total (counter: 37) Successfully updated diagnostics: EmisBCPO_Total (counter: 37) Successfully updated diagnostics: EmisBENZ_Total (counter: 37) Successfully updated diagnostics: EmisC2H6_Total (counter: 37) Successfully updated diagnostics: EmisC3H8_Total (counter: 37) Successfully updated diagnostics: EmisCH2O_Total (counter: 37) Successfully updated diagnostics: EmisCO_Total (counter: 37) Successfully updated diagnostics: EmisDST1_Total (counter: 37) Successfully updated diagnostics: EmisEOH_Total (counter: 37) Successfully updated diagnostics: EmisHCOOH_Total (counter: 37) Successfully updated diagnostics: EmisISOP_Total (counter: 37) Successfully updated diagnostics: EmisMACR_Total (counter: 37) Successfully updated diagnostics: EmisMEK_Total (counter: 37) Successfully updated diagnostics: EmisMOH_Total (counter: 37) Successfully updated diagnostics: EmisMTPA_Total (counter: 37) Successfully updated diagnostics: EmisNH3_Total (counter: 37) Successfully updated diagnostics: EmisNO_Total (counter: 37) Successfully updated diagnostics: EmisOCPI_Total (counter: 37) Successfully updated diagnostics: EmisOCPO_Total (counter: 37) Successfully updated diagnostics: EmispFe_Total (counter: 37) Successfully updated diagnostics: EmisPRPE_Total (counter: 37) Successfully updated diagnostics: EmisRCHO_Total (counter: 37) Successfully updated diagnostics: EmisSO2_Total (counter: 37) Successfully updated diagnostics: EmisSO4_Total (counter: 37) Successfully updated diagnostics: EmisSOAP_Total (counter: 37) Successfully updated diagnostics: EmisTOLU_Total (counter: 37) Successfully updated diagnostics: EmisXYLE_Total (counter: 37) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 12:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 12:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.181457375090755E-009 Spc. emissions: 8.181457375090755E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.181657962890402E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.181657962890402E-009 OutArr : 8.181657962890402E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.170294340576761E-010 Spc. emissions: 3.170294340576761E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.405434836023703E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.144637853744848E-009 Spc. emissions: 4.550072689768550E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.550072689768550E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.552392659220758E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.552392659220758E-009 OutArr : 4.552392659220758E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.242293060406956E-008 Spc. emissions: 1.242293060406956E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.717922491627410E-010 Spc. emissions: 1.269472285323231E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.270633356220759E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 38) Added total emissions to output array: Species: 5 SpcFlx : 1.270633356220759E-008 OutArr : 1.270633356220759E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 38) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 38) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.131747149096641E-009 Spc. emissions: 1.131747149096641E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.573055828210858E-011 Spc. emissions: 1.147477707378757E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 38) Added total emissions to output array: Species: 9 SpcFlx : 1.147477707378757E-009 OutArr : 1.147477707378757E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.274796051892209E-011 Spc. emissions: 2.274796051892209E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 38) Added total emissions to output array: Species: 16 SpcFlx : 2.274796051892209E-011 OutArr : 2.274796051892209E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.376811031161853E-009 Spc. emissions: 1.376811031161853E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 38) Added total emissions to output array: Species: 17 SpcFlx : 1.376811031161853E-009 OutArr : 1.376811031161853E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.360261934057393E-011 Spc. emissions: 1.636442537562612E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636725730353150E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 38) Added total emissions to output array: Species: 18 SpcFlx : 1.636725730353150E-009 OutArr : 1.636725730353150E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.555723915323827E-009 Spc. emissions: 2.555723915323827E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.209621084637846E-010 Spc. emissions: 2.676686023787612E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.676728431848976E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 38) Added total emissions to output array: Species: 19 SpcFlx : 2.676728431848976E-009 OutArr : 2.676728431848976E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 38) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 38) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 38) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 38) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.273432784181175E-010 Spc. emissions: 4.273432784181175E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.273432784181175E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.340276485926550E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 38) Added total emissions to output array: Species: 31 SpcFlx : 4.340276485926550E-010 OutArr : 4.340276485926550E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 38) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 38) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.310862294529767E-008 Spc. emissions: 8.310862294529767E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.475612648187798E-010 Spc. emissions: 8.325618421011689E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.339725243033901E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 38) Added total emissions to output array: Species: 47 SpcFlx : 8.339725243033901E-008 OutArr : 8.339725243033901E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.348837648270540E-008 Spc. emissions: 2.543786618848221E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 38) Added total emissions to output array: Species: 49 SpcFlx : 2.543786618848221E-008 OutArr : 2.543786618848221E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.899691495549105E-008 Spc. emissions: 5.899691495549105E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 38) Added total emissions to output array: Species: 50 SpcFlx : 5.899691495549105E-008 OutArr : 5.899691495549105E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.070468932341874E-007 Spc. emissions: 1.070468932341874E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 38) Added total emissions to output array: Species: 51 SpcFlx : 1.070468932341874E-007 OutArr : 1.070468932341874E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.171045844358929E-007 Spc. emissions: 1.171045844358929E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 38) Added total emissions to output array: Species: 52 SpcFlx : 1.171045844358929E-007 OutArr : 1.171045844358929E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.857175761153880E-010 Spc. emissions: 3.857175761153880E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.461466163564066E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.143592316711417E-009 Spc. emissions: 4.605058480275485E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.605058480275485E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 38) Added total emissions to output array: Species: 53 SpcFlx : 4.605058480275485E-009 OutArr : 4.605058480275485E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.607775006371824E-009 Spc. emissions: 1.607775006371824E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.607775006371824E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 38) Added total emissions to output array: Species: 72 SpcFlx : 1.607775006371824E-009 OutArr : 1.607775006371824E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.762185056022507E-008 Spc. emissions: 6.762185056022507E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 38) Added total emissions to output array: Species: 121 SpcFlx : 6.762185056022507E-008 OutArr : 6.762185056022507E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.904744784595914E-009 Spc. emissions: 1.904744784595914E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 38) Added total emissions to output array: Species: 124 SpcFlx : 1.904744784595914E-009 OutArr : 1.904744784595914E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 38) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.173686592585774E-010 Spc. emissions: 6.173686592585774E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.173686592585774E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 38) Added total emissions to output array: Species: 135 SpcFlx : 6.173686592585774E-010 OutArr : 6.173686592585774E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.142901014871847E-010 Spc. emissions: 5.142901014871847E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.142901014871847E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 38) Added total emissions to output array: Species: 138 SpcFlx : 5.142901014871847E-010 OutArr : 5.142901014871847E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.451853828559872E-008 Spc. emissions: 1.451853828559872E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 38) Added total emissions to output array: Species: 146 SpcFlx : 1.451853828559872E-008 OutArr : 1.451853828559872E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.501573246174157E-009 Spc. emissions: 6.501573246174157E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 38) Added total emissions to output array: Species: 147 SpcFlx : 6.501573246174157E-009 OutArr : 6.501573246174157E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 38) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.140461084177822E-008 Spc. emissions: 1.140461084177822E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.648035560244161E-009 Spc. emissions: 1.505264640202236E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.537145418954374E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 38) Added total emissions to output array: Species: 161 SpcFlx : 1.537145418954374E-008 OutArr : 1.537145418954374E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 38) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 38) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 38) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.589455716097970E-010 Spc. emissions: 5.589455716097970E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.357370509018122E-009 Spc. emissions: 4.916316080627915E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.757991699260823E-011 Spc. emissions: 4.953895997620544E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.963565209829200E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 38) Added total emissions to output array: Species: 177 SpcFlx : 4.963565209829200E-009 OutArr : 4.963565209829200E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 38) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.078102393614544E-008 Spc. emissions: 1.078102393614544E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 38) Added total emissions to output array: Species: 190 SpcFlx : 1.078102393614544E-008 OutArr : 1.078102393614544E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.078102393614544E-008 Spc. emissions: 1.078102393614544E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 38) Added total emissions to output array: Species: 191 SpcFlx : 1.078102393614544E-008 OutArr : 1.078102393614544E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.933875775973502E-009 Spc. emissions: 5.933875775973502E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 38) Added total emissions to output array: Species: 192 SpcFlx : 5.933875775973502E-009 OutArr : 5.933875775973502E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.525170759883294E-007 Spc. emissions: 6.525170759883294E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 38) Added total emissions to output array: Species: 193 SpcFlx : 6.525170759883294E-007 OutArr : 6.525170759883294E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.525170759883294E-007 Spc. emissions: 6.525170759883294E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 38) Added total emissions to output array: Species: 194 SpcFlx : 6.525170759883294E-007 OutArr : 6.525170759883294E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.591454108208353E-007 Spc. emissions: 3.591454108208353E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 38) Added total emissions to output array: Species: 195 SpcFlx : 3.591454108208353E-007 OutArr : 3.591454108208353E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 38) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 38) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.734494839569404E-009 Spc. emissions: 5.734494839569404E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.499724674576554E-009 Spc. emissions: 8.234219514145965E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.018172701743107E-011 Spc. emissions: 8.244401241163331E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.254134948114845E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 38) Added total emissions to output array: Species: 201 SpcFlx : 8.254134948114845E-009 OutArr : 8.254134948114845E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.499724674576554E-009 Spc. emissions: 2.499724674576554E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 38) Added total emissions to output array: Species: 202 SpcFlx : 2.499724674576554E-009 OutArr : 2.499724674576554E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.380009401494494E-009 Spc. emissions: 1.380009401494494E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.471121679205594E-012 Spc. emissions: 1.389480523173700E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 38) Added total emissions to output array: Species: 203 SpcFlx : 1.389480523173700E-009 OutArr : 1.389480523173700E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.232290832711481E-009 Spc. emissions: 1.232290832711481E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.869563138551168E-012 Spc. emissions: 1.242160395850026E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 38) Added total emissions to output array: Species: 204 SpcFlx : 1.242160395850026E-009 OutArr : 1.242160395850026E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.306754105564731E-009 Spc. emissions: 3.306754105564731E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.306754105564731E-009 OutArr : 3.306754105564731E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 38) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 38) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 38) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 38) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 38) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 38) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 38) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 38) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.943462837979464E-009 Spc. emissions: 2.943462837979464E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.943462837979464E-009 OutArr : 2.943462837979464E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 38) Successfully updated diagnostics: EmisNO2_Ship (counter: 38) Successfully updated diagnostics: EmisHNO3_Ship (counter: 38) Successfully updated diagnostics: EmisO3_Ship (counter: 38) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 38) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 38) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 38) Successfully updated diagnostics: EmisCO_BioBurn (counter: 38) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 38) Successfully updated diagnostics: EmisACET_BioBurn (counter: 38) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 38) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 38) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 38) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 38) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 38) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 38) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 38) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 38) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 38) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 38) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 38) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 38) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 38) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 38) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 38) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 38) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 38) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 38) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 38) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 38) Successfully updated diagnostics: EmisALD2_Total (counter: 38) Successfully updated diagnostics: EmisALK4_Total (counter: 38) Successfully updated diagnostics: EmisBCPI_Total (counter: 38) Successfully updated diagnostics: EmisBCPO_Total (counter: 38) Successfully updated diagnostics: EmisBENZ_Total (counter: 38) Successfully updated diagnostics: EmisC2H6_Total (counter: 38) Successfully updated diagnostics: EmisC3H8_Total (counter: 38) Successfully updated diagnostics: EmisCH2O_Total (counter: 38) Successfully updated diagnostics: EmisCO_Total (counter: 38) Successfully updated diagnostics: EmisDST1_Total (counter: 38) Successfully updated diagnostics: EmisEOH_Total (counter: 38) Successfully updated diagnostics: EmisHCOOH_Total (counter: 38) Successfully updated diagnostics: EmisISOP_Total (counter: 38) Successfully updated diagnostics: EmisMACR_Total (counter: 38) Successfully updated diagnostics: EmisMEK_Total (counter: 38) Successfully updated diagnostics: EmisMOH_Total (counter: 38) Successfully updated diagnostics: EmisMTPA_Total (counter: 38) Successfully updated diagnostics: EmisNH3_Total (counter: 38) Successfully updated diagnostics: EmisNO_Total (counter: 38) Successfully updated diagnostics: EmisOCPI_Total (counter: 38) Successfully updated diagnostics: EmisOCPO_Total (counter: 38) Successfully updated diagnostics: EmispFe_Total (counter: 38) Successfully updated diagnostics: EmisPRPE_Total (counter: 38) Successfully updated diagnostics: EmisRCHO_Total (counter: 38) Successfully updated diagnostics: EmisSO2_Total (counter: 38) Successfully updated diagnostics: EmisSO4_Total (counter: 38) Successfully updated diagnostics: EmisSOAP_Total (counter: 38) Successfully updated diagnostics: EmisTOLU_Total (counter: 38) Successfully updated diagnostics: EmisXYLE_Total (counter: 38) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 12:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 12:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.181457375090755E-009 Spc. emissions: 8.181457375090755E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.181657962890402E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.181657962890402E-009 OutArr : 8.181657962890402E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 3.170294340576761E-010 Spc. emissions: 3.170294340576761E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.405434836023703E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.144637853744848E-009 Spc. emissions: 4.550072689768550E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.550072689768550E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.552392659220758E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.552392659220758E-009 OutArr : 4.552392659220758E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.242293060406956E-008 Spc. emissions: 1.242293060406956E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.717922491627410E-010 Spc. emissions: 1.269472285323231E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.270633356220759E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 39) Added total emissions to output array: Species: 5 SpcFlx : 1.270633356220759E-008 OutArr : 1.270633356220759E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 39) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 39) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.131747149096641E-009 Spc. emissions: 1.131747149096641E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.573055828210858E-011 Spc. emissions: 1.147477707378757E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 39) Added total emissions to output array: Species: 9 SpcFlx : 1.147477707378757E-009 OutArr : 1.147477707378757E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.274796051892209E-011 Spc. emissions: 2.274796051892209E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 39) Added total emissions to output array: Species: 16 SpcFlx : 2.274796051892209E-011 OutArr : 2.274796051892209E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.376811031161853E-009 Spc. emissions: 1.376811031161853E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 39) Added total emissions to output array: Species: 17 SpcFlx : 1.376811031161853E-009 OutArr : 1.376811031161853E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.360261934057393E-011 Spc. emissions: 1.636442537562612E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636725730353150E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 39) Added total emissions to output array: Species: 18 SpcFlx : 1.636725730353150E-009 OutArr : 1.636725730353150E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.555723915323827E-009 Spc. emissions: 2.555723915323827E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.209621084637846E-010 Spc. emissions: 2.676686023787612E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.676728431848976E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 39) Added total emissions to output array: Species: 19 SpcFlx : 2.676728431848976E-009 OutArr : 2.676728431848976E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 39) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 39) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 39) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 39) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.273432784181175E-010 Spc. emissions: 4.273432784181175E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.273432784181175E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.340276485926550E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 39) Added total emissions to output array: Species: 31 SpcFlx : 4.340276485926550E-010 OutArr : 4.340276485926550E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 39) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 39) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 8.310862294529767E-008 Spc. emissions: 8.310862294529767E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.475612648187798E-010 Spc. emissions: 8.325618421011689E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 8.339725243033901E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 39) Added total emissions to output array: Species: 47 SpcFlx : 8.339725243033901E-008 OutArr : 8.339725243033901E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.348837648270540E-008 Spc. emissions: 2.543786618848221E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 39) Added total emissions to output array: Species: 49 SpcFlx : 2.543786618848221E-008 OutArr : 2.543786618848221E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.899691495549105E-008 Spc. emissions: 5.899691495549105E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 39) Added total emissions to output array: Species: 50 SpcFlx : 5.899691495549105E-008 OutArr : 5.899691495549105E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.070468932341874E-007 Spc. emissions: 1.070468932341874E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 39) Added total emissions to output array: Species: 51 SpcFlx : 1.070468932341874E-007 OutArr : 1.070468932341874E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.171045844358929E-007 Spc. emissions: 1.171045844358929E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 39) Added total emissions to output array: Species: 52 SpcFlx : 1.171045844358929E-007 OutArr : 1.171045844358929E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.857175761153880E-010 Spc. emissions: 3.857175761153880E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.461466163564066E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.143592316711417E-009 Spc. emissions: 4.605058480275485E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.605058480275485E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 39) Added total emissions to output array: Species: 53 SpcFlx : 4.605058480275485E-009 OutArr : 4.605058480275485E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.607775006371824E-009 Spc. emissions: 1.607775006371824E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.607775006371824E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 39) Added total emissions to output array: Species: 72 SpcFlx : 1.607775006371824E-009 OutArr : 1.607775006371824E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.762185056022507E-008 Spc. emissions: 6.762185056022507E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 39) Added total emissions to output array: Species: 121 SpcFlx : 6.762185056022507E-008 OutArr : 6.762185056022507E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.904744784595914E-009 Spc. emissions: 1.904744784595914E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 39) Added total emissions to output array: Species: 124 SpcFlx : 1.904744784595914E-009 OutArr : 1.904744784595914E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 39) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 6.173686592585774E-010 Spc. emissions: 6.173686592585774E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 6.173686592585774E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 39) Added total emissions to output array: Species: 135 SpcFlx : 6.173686592585774E-010 OutArr : 6.173686592585774E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 5.142901014871847E-010 Spc. emissions: 5.142901014871847E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.142901014871847E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 39) Added total emissions to output array: Species: 138 SpcFlx : 5.142901014871847E-010 OutArr : 5.142901014871847E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.451853828559872E-008 Spc. emissions: 1.451853828559872E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 39) Added total emissions to output array: Species: 146 SpcFlx : 1.451853828559872E-008 OutArr : 1.451853828559872E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.501573246174157E-009 Spc. emissions: 6.501573246174157E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 39) Added total emissions to output array: Species: 147 SpcFlx : 6.501573246174157E-009 OutArr : 6.501573246174157E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 39) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.140461084177822E-008 Spc. emissions: 1.140461084177822E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.648035560244161E-009 Spc. emissions: 1.505264640202236E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.537145418954374E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 39) Added total emissions to output array: Species: 161 SpcFlx : 1.537145418954374E-008 OutArr : 1.537145418954374E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 39) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 39) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 39) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 5.589455716097970E-010 Spc. emissions: 5.589455716097970E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.357370509018122E-009 Spc. emissions: 4.916316080627915E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.757991699260823E-011 Spc. emissions: 4.953895997620544E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.963565209829200E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 39) Added total emissions to output array: Species: 177 SpcFlx : 4.963565209829200E-009 OutArr : 4.963565209829200E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 39) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.078102393614544E-008 Spc. emissions: 1.078102393614544E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 39) Added total emissions to output array: Species: 190 SpcFlx : 1.078102393614544E-008 OutArr : 1.078102393614544E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.078102393614544E-008 Spc. emissions: 1.078102393614544E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 39) Added total emissions to output array: Species: 191 SpcFlx : 1.078102393614544E-008 OutArr : 1.078102393614544E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.933875775973502E-009 Spc. emissions: 5.933875775973502E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 39) Added total emissions to output array: Species: 192 SpcFlx : 5.933875775973502E-009 OutArr : 5.933875775973502E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.525170759883294E-007 Spc. emissions: 6.525170759883294E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 39) Added total emissions to output array: Species: 193 SpcFlx : 6.525170759883294E-007 OutArr : 6.525170759883294E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.525170759883294E-007 Spc. emissions: 6.525170759883294E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 39) Added total emissions to output array: Species: 194 SpcFlx : 6.525170759883294E-007 OutArr : 6.525170759883294E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.591454108208353E-007 Spc. emissions: 3.591454108208353E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 39) Added total emissions to output array: Species: 195 SpcFlx : 3.591454108208353E-007 OutArr : 3.591454108208353E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 39) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 39) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.734494839569404E-009 Spc. emissions: 5.734494839569404E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.499724674576554E-009 Spc. emissions: 8.234219514145965E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.018172701743107E-011 Spc. emissions: 8.244401241163331E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 8.254134948114845E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 39) Added total emissions to output array: Species: 201 SpcFlx : 8.254134948114845E-009 OutArr : 8.254134948114845E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.499724674576554E-009 Spc. emissions: 2.499724674576554E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 39) Added total emissions to output array: Species: 202 SpcFlx : 2.499724674576554E-009 OutArr : 2.499724674576554E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.380009401494494E-009 Spc. emissions: 1.380009401494494E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.471121679205594E-012 Spc. emissions: 1.389480523173700E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 39) Added total emissions to output array: Species: 203 SpcFlx : 1.389480523173700E-009 OutArr : 1.389480523173700E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.232290832711481E-009 Spc. emissions: 1.232290832711481E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 9 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.869563138551168E-012 Spc. emissions: 1.242160395850026E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 39) Added total emissions to output array: Species: 204 SpcFlx : 1.242160395850026E-009 OutArr : 1.242160395850026E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.306754105564731E-009 Spc. emissions: 3.306754105564731E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.306754105564731E-009 OutArr : 3.306754105564731E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 39) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 39) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 39) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 39) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 39) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 39) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 39) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 39) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.698390 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.943462837979464E-009 Spc. emissions: 2.943462837979464E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.943462837979464E-009 OutArr : 2.943462837979464E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 39) Successfully updated diagnostics: EmisNO2_Ship (counter: 39) Successfully updated diagnostics: EmisHNO3_Ship (counter: 39) Successfully updated diagnostics: EmisO3_Ship (counter: 39) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 39) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 39) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 39) Successfully updated diagnostics: EmisCO_BioBurn (counter: 39) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 39) Successfully updated diagnostics: EmisACET_BioBurn (counter: 39) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 39) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 39) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 39) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 39) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 39) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 39) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 39) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 39) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 39) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 39) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 39) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 39) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 39) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 39) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 39) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 39) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 39) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 39) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 39) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 39) Successfully updated diagnostics: EmisALD2_Total (counter: 39) Successfully updated diagnostics: EmisALK4_Total (counter: 39) Successfully updated diagnostics: EmisBCPI_Total (counter: 39) Successfully updated diagnostics: EmisBCPO_Total (counter: 39) Successfully updated diagnostics: EmisBENZ_Total (counter: 39) Successfully updated diagnostics: EmisC2H6_Total (counter: 39) Successfully updated diagnostics: EmisC3H8_Total (counter: 39) Successfully updated diagnostics: EmisCH2O_Total (counter: 39) Successfully updated diagnostics: EmisCO_Total (counter: 39) Successfully updated diagnostics: EmisDST1_Total (counter: 39) Successfully updated diagnostics: EmisEOH_Total (counter: 39) Successfully updated diagnostics: EmisHCOOH_Total (counter: 39) Successfully updated diagnostics: EmisISOP_Total (counter: 39) Successfully updated diagnostics: EmisMACR_Total (counter: 39) Successfully updated diagnostics: EmisMEK_Total (counter: 39) Successfully updated diagnostics: EmisMOH_Total (counter: 39) Successfully updated diagnostics: EmisMTPA_Total (counter: 39) Successfully updated diagnostics: EmisNH3_Total (counter: 39) Successfully updated diagnostics: EmisNO_Total (counter: 39) Successfully updated diagnostics: EmisOCPI_Total (counter: 39) Successfully updated diagnostics: EmisOCPO_Total (counter: 39) Successfully updated diagnostics: EmispFe_Total (counter: 39) Successfully updated diagnostics: EmisPRPE_Total (counter: 39) Successfully updated diagnostics: EmisRCHO_Total (counter: 39) Successfully updated diagnostics: EmisSO2_Total (counter: 39) Successfully updated diagnostics: EmisSO4_Total (counter: 39) Successfully updated diagnostics: EmisSOAP_Total (counter: 39) Successfully updated diagnostics: EmisTOLU_Total (counter: 39) Successfully updated diagnostics: EmisXYLE_Total (counter: 39) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 12:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 13:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.268602598218991E-009 Spc. emissions: 8.268602598218991E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.268803186018641E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.268803186018641E-009 OutArr : 8.268803186018641E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.748858840951944E-010 Spc. emissions: 2.748858840951944E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.363291286061222E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.185387502184870E-009 Spc. emissions: 4.548678788246093E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.548678788246093E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.550998757698315E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.550998757698315E-009 OutArr : 4.550998757698315E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.209532310320948E-008 Spc. emissions: 1.209532310320948E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.681278648536769E-010 Spc. emissions: 1.236345096806312E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.237506167703840E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 40) Added total emissions to output array: Species: 5 SpcFlx : 1.237506167703840E-008 OutArr : 1.237506167703840E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 40) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 40) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.036858982407049E-009 Spc. emissions: 1.036858982407049E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.539462550642158E-011 Spc. emissions: 1.052253607913476E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 40) Added total emissions to output array: Species: 9 SpcFlx : 1.052253607913476E-009 OutArr : 1.052253607913476E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.271271776837037E-011 Spc. emissions: 2.271271776837037E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 40) Added total emissions to output array: Species: 16 SpcFlx : 2.271271776837037E-011 OutArr : 2.271271776837037E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.374677966827168E-009 Spc. emissions: 1.374677966827168E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 40) Added total emissions to output array: Species: 17 SpcFlx : 1.374677966827168E-009 OutArr : 1.374677966827168E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.309420793841348E-011 Spc. emissions: 1.635934126160453E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636217318950989E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 40) Added total emissions to output array: Species: 18 SpcFlx : 1.636217318950989E-009 OutArr : 1.636217318950989E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.453144902218840E-009 Spc. emissions: 2.453144902218840E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.195516768615663E-010 Spc. emissions: 2.572696579080405E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.572738987141769E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 40) Added total emissions to output array: Species: 19 SpcFlx : 2.572738987141769E-009 OutArr : 2.572738987141769E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 40) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 40) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 40) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 40) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.084689892942719E-010 Spc. emissions: 4.084689892942719E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.084689892942719E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.151533594688094E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 40) Added total emissions to output array: Species: 31 SpcFlx : 4.151533594688094E-010 OutArr : 4.151533594688094E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 40) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 40) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.422068920177496E-008 Spc. emissions: 7.422068920177496E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.443645612592337E-010 Spc. emissions: 7.436505376303428E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.450612198325650E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 40) Added total emissions to output array: Species: 47 SpcFlx : 7.450612198325650E-008 OutArr : 7.450612198325650E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.310178286724579E-008 Spc. emissions: 2.505127257302259E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 40) Added total emissions to output array: Species: 49 SpcFlx : 2.505127257302259E-008 OutArr : 2.505127257302259E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.802588787735918E-008 Spc. emissions: 5.802588787735918E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 40) Added total emissions to output array: Species: 50 SpcFlx : 5.802588787735918E-008 OutArr : 5.802588787735918E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.052850176319952E-007 Spc. emissions: 1.052850176319952E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 40) Added total emissions to output array: Species: 51 SpcFlx : 1.052850176319952E-007 OutArr : 1.052850176319952E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.151771673164889E-007 Spc. emissions: 1.151771673164889E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 40) Added total emissions to output array: Species: 52 SpcFlx : 1.151771673164889E-007 OutArr : 1.151771673164889E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.506263101193600E-010 Spc. emissions: 3.506263101193600E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.426374897568036E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.184328406538954E-009 Spc. emissions: 4.610703304106997E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.610703304106997E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 40) Added total emissions to output array: Species: 53 SpcFlx : 4.610703304106997E-009 OutArr : 4.610703304106997E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.409307671572601E-009 Spc. emissions: 1.409307671572601E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.409307671572601E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 40) Added total emissions to output array: Species: 72 SpcFlx : 1.409307671572601E-009 OutArr : 1.409307671572601E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.955328616483963E-008 Spc. emissions: 6.955328616483963E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 40) Added total emissions to output array: Species: 121 SpcFlx : 6.955328616483963E-008 OutArr : 6.955328616483963E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.887525078188268E-009 Spc. emissions: 1.887525078188268E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 40) Added total emissions to output array: Species: 124 SpcFlx : 1.887525078188268E-009 OutArr : 1.887525078188268E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 40) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.880840763404346E-010 Spc. emissions: 5.880840763404346E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.880840763404346E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 40) Added total emissions to output array: Species: 135 SpcFlx : 5.880840763404346E-010 OutArr : 5.880840763404346E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.675017468258121E-010 Spc. emissions: 4.675017468258121E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.675017468258121E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 40) Added total emissions to output array: Species: 138 SpcFlx : 4.675017468258121E-010 OutArr : 4.675017468258121E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.486547212978140E-008 Spc. emissions: 1.486547212978140E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 40) Added total emissions to output array: Species: 146 SpcFlx : 1.486547212978140E-008 OutArr : 1.486547212978140E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.794259902492188E-009 Spc. emissions: 6.794259902492188E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 40) Added total emissions to output array: Species: 147 SpcFlx : 6.794259902492188E-009 OutArr : 6.794259902492188E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 40) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.127045946724826E-008 Spc. emissions: 1.127045946724826E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.671962897183919E-009 Spc. emissions: 1.494242236443217E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.526123015195354E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 40) Added total emissions to output array: Species: 161 SpcFlx : 1.526123015195354E-008 OutArr : 1.526123015195354E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 40) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 40) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 40) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.893462811010583E-010 Spc. emissions: 4.893462811010583E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.352932883563672E-009 Spc. emissions: 4.842279164664734E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.676618889000306E-011 Spc. emissions: 4.879045353554726E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.888714565763382E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 40) Added total emissions to output array: Species: 177 SpcFlx : 4.888714565763382E-009 OutArr : 4.888714565763382E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 40) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.076432121077547E-008 Spc. emissions: 1.076432121077547E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 40) Added total emissions to output array: Species: 190 SpcFlx : 1.076432121077547E-008 OutArr : 1.076432121077547E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.076432121077547E-008 Spc. emissions: 1.076432121077547E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 40) Added total emissions to output array: Species: 191 SpcFlx : 1.076432121077547E-008 OutArr : 1.076432121077547E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.924682595617697E-009 Spc. emissions: 5.924682595617697E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 40) Added total emissions to output array: Species: 192 SpcFlx : 5.924682595617697E-009 OutArr : 5.924682595617697E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.515061450246307E-007 Spc. emissions: 6.515061450246307E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 40) Added total emissions to output array: Species: 193 SpcFlx : 6.515061450246307E-007 OutArr : 6.515061450246307E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.515061450246307E-007 Spc. emissions: 6.515061450246307E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 40) Added total emissions to output array: Species: 194 SpcFlx : 6.515061450246307E-007 OutArr : 6.515061450246307E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.585889943995196E-007 Spc. emissions: 3.585889943995196E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 40) Added total emissions to output array: Species: 195 SpcFlx : 3.585889943995196E-007 OutArr : 3.585889943995196E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 40) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 40) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.121227426629440E-009 Spc. emissions: 5.121227426629440E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.567042380596474E-009 Spc. emissions: 7.688269807225923E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.961154477348046E-012 Spc. emissions: 7.698230961703286E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.707964668654809E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 40) Added total emissions to output array: Species: 201 SpcFlx : 7.707964668654809E-009 OutArr : 7.707964668654809E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.567042380596474E-009 Spc. emissions: 2.567042380596474E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 40) Added total emissions to output array: Species: 202 SpcFlx : 2.567042380596474E-009 OutArr : 2.567042380596474E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.302112184924936E-009 Spc. emissions: 1.302112184924936E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.275411416807064E-012 Spc. emissions: 1.311387596341747E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 40) Added total emissions to output array: Species: 203 SpcFlx : 1.311387596341747E-009 OutArr : 1.311387596341747E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.170245005709756E-009 Spc. emissions: 1.170245005709756E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.683966294426414E-012 Spc. emissions: 1.179928972004177E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 40) Added total emissions to output array: Species: 204 SpcFlx : 1.179928972004177E-009 OutArr : 1.179928972004177E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.361627582752224E-009 Spc. emissions: 3.361627582752224E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.361627582752224E-009 OutArr : 3.361627582752224E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 40) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 40) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 40) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 40) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 40) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 40) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 40) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 40) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.912792614817690E-009 Spc. emissions: 2.912792614817690E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.912792614817690E-009 OutArr : 2.912792614817690E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 40) Successfully updated diagnostics: EmisNO2_Ship (counter: 40) Successfully updated diagnostics: EmisHNO3_Ship (counter: 40) Successfully updated diagnostics: EmisO3_Ship (counter: 40) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 40) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 40) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 40) Successfully updated diagnostics: EmisCO_BioBurn (counter: 40) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 40) Successfully updated diagnostics: EmisACET_BioBurn (counter: 40) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 40) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 40) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 40) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 40) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 40) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 40) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 40) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 40) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 40) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 40) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 40) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 40) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 40) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 40) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 40) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 40) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 40) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 40) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 40) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 40) Successfully updated diagnostics: EmisALD2_Total (counter: 40) Successfully updated diagnostics: EmisALK4_Total (counter: 40) Successfully updated diagnostics: EmisBCPI_Total (counter: 40) Successfully updated diagnostics: EmisBCPO_Total (counter: 40) Successfully updated diagnostics: EmisBENZ_Total (counter: 40) Successfully updated diagnostics: EmisC2H6_Total (counter: 40) Successfully updated diagnostics: EmisC3H8_Total (counter: 40) Successfully updated diagnostics: EmisCH2O_Total (counter: 40) Successfully updated diagnostics: EmisCO_Total (counter: 40) Successfully updated diagnostics: EmisDST1_Total (counter: 40) Successfully updated diagnostics: EmisEOH_Total (counter: 40) Successfully updated diagnostics: EmisHCOOH_Total (counter: 40) Successfully updated diagnostics: EmisISOP_Total (counter: 40) Successfully updated diagnostics: EmisMACR_Total (counter: 40) Successfully updated diagnostics: EmisMEK_Total (counter: 40) Successfully updated diagnostics: EmisMOH_Total (counter: 40) Successfully updated diagnostics: EmisMTPA_Total (counter: 40) Successfully updated diagnostics: EmisNH3_Total (counter: 40) Successfully updated diagnostics: EmisNO_Total (counter: 40) Successfully updated diagnostics: EmisOCPI_Total (counter: 40) Successfully updated diagnostics: EmisOCPO_Total (counter: 40) Successfully updated diagnostics: EmispFe_Total (counter: 40) Successfully updated diagnostics: EmisPRPE_Total (counter: 40) Successfully updated diagnostics: EmisRCHO_Total (counter: 40) Successfully updated diagnostics: EmisSO2_Total (counter: 40) Successfully updated diagnostics: EmisSO4_Total (counter: 40) Successfully updated diagnostics: EmisSOAP_Total (counter: 40) Successfully updated diagnostics: EmisTOLU_Total (counter: 40) Successfully updated diagnostics: EmisXYLE_Total (counter: 40) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 13:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 13:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.268602598218991E-009 Spc. emissions: 8.268602598218991E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.268803186018641E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.268803186018641E-009 OutArr : 8.268803186018641E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.748858840951944E-010 Spc. emissions: 2.748858840951944E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.363291286061222E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.185387502184870E-009 Spc. emissions: 4.548678788246093E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.548678788246093E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.550998757698315E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.550998757698315E-009 OutArr : 4.550998757698315E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.209532310320948E-008 Spc. emissions: 1.209532310320948E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.681278648536769E-010 Spc. emissions: 1.236345096806312E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.237506167703840E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 41) Added total emissions to output array: Species: 5 SpcFlx : 1.237506167703840E-008 OutArr : 1.237506167703840E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 41) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 41) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.036858982407049E-009 Spc. emissions: 1.036858982407049E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.539462550642158E-011 Spc. emissions: 1.052253607913476E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 41) Added total emissions to output array: Species: 9 SpcFlx : 1.052253607913476E-009 OutArr : 1.052253607913476E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.271271776837037E-011 Spc. emissions: 2.271271776837037E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 41) Added total emissions to output array: Species: 16 SpcFlx : 2.271271776837037E-011 OutArr : 2.271271776837037E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.374677966827168E-009 Spc. emissions: 1.374677966827168E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 41) Added total emissions to output array: Species: 17 SpcFlx : 1.374677966827168E-009 OutArr : 1.374677966827168E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.309420793841348E-011 Spc. emissions: 1.635934126160453E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636217318950989E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 41) Added total emissions to output array: Species: 18 SpcFlx : 1.636217318950989E-009 OutArr : 1.636217318950989E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.453144902218840E-009 Spc. emissions: 2.453144902218840E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.195516768615663E-010 Spc. emissions: 2.572696579080405E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.572738987141769E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 41) Added total emissions to output array: Species: 19 SpcFlx : 2.572738987141769E-009 OutArr : 2.572738987141769E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 41) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 41) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 41) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 41) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.084689892942719E-010 Spc. emissions: 4.084689892942719E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.084689892942719E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.151533594688094E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 41) Added total emissions to output array: Species: 31 SpcFlx : 4.151533594688094E-010 OutArr : 4.151533594688094E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 41) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 41) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.422068920177496E-008 Spc. emissions: 7.422068920177496E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.443645612592337E-010 Spc. emissions: 7.436505376303428E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.450612198325650E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 41) Added total emissions to output array: Species: 47 SpcFlx : 7.450612198325650E-008 OutArr : 7.450612198325650E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.310178286724579E-008 Spc. emissions: 2.505127257302259E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 41) Added total emissions to output array: Species: 49 SpcFlx : 2.505127257302259E-008 OutArr : 2.505127257302259E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.802588787735918E-008 Spc. emissions: 5.802588787735918E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 41) Added total emissions to output array: Species: 50 SpcFlx : 5.802588787735918E-008 OutArr : 5.802588787735918E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.052850176319952E-007 Spc. emissions: 1.052850176319952E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 41) Added total emissions to output array: Species: 51 SpcFlx : 1.052850176319952E-007 OutArr : 1.052850176319952E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.151771673164889E-007 Spc. emissions: 1.151771673164889E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 41) Added total emissions to output array: Species: 52 SpcFlx : 1.151771673164889E-007 OutArr : 1.151771673164889E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.506263101193600E-010 Spc. emissions: 3.506263101193600E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.426374897568036E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.184328406538954E-009 Spc. emissions: 4.610703304106997E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.610703304106997E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 41) Added total emissions to output array: Species: 53 SpcFlx : 4.610703304106997E-009 OutArr : 4.610703304106997E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.409307671572601E-009 Spc. emissions: 1.409307671572601E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.409307671572601E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 41) Added total emissions to output array: Species: 72 SpcFlx : 1.409307671572601E-009 OutArr : 1.409307671572601E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.955328616483963E-008 Spc. emissions: 6.955328616483963E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 41) Added total emissions to output array: Species: 121 SpcFlx : 6.955328616483963E-008 OutArr : 6.955328616483963E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.887525078188268E-009 Spc. emissions: 1.887525078188268E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 41) Added total emissions to output array: Species: 124 SpcFlx : 1.887525078188268E-009 OutArr : 1.887525078188268E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 41) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.880840763404346E-010 Spc. emissions: 5.880840763404346E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.880840763404346E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 41) Added total emissions to output array: Species: 135 SpcFlx : 5.880840763404346E-010 OutArr : 5.880840763404346E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.675017468258121E-010 Spc. emissions: 4.675017468258121E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.675017468258121E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 41) Added total emissions to output array: Species: 138 SpcFlx : 4.675017468258121E-010 OutArr : 4.675017468258121E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.486547212978140E-008 Spc. emissions: 1.486547212978140E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 41) Added total emissions to output array: Species: 146 SpcFlx : 1.486547212978140E-008 OutArr : 1.486547212978140E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.794259902492188E-009 Spc. emissions: 6.794259902492188E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 41) Added total emissions to output array: Species: 147 SpcFlx : 6.794259902492188E-009 OutArr : 6.794259902492188E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 41) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.127045946724826E-008 Spc. emissions: 1.127045946724826E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.671962897183919E-009 Spc. emissions: 1.494242236443217E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.526123015195354E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 41) Added total emissions to output array: Species: 161 SpcFlx : 1.526123015195354E-008 OutArr : 1.526123015195354E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 41) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 41) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 41) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.893462811010583E-010 Spc. emissions: 4.893462811010583E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.352932883563672E-009 Spc. emissions: 4.842279164664734E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.676618889000306E-011 Spc. emissions: 4.879045353554726E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.888714565763382E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 41) Added total emissions to output array: Species: 177 SpcFlx : 4.888714565763382E-009 OutArr : 4.888714565763382E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 41) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.076432121077547E-008 Spc. emissions: 1.076432121077547E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 41) Added total emissions to output array: Species: 190 SpcFlx : 1.076432121077547E-008 OutArr : 1.076432121077547E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.076432121077547E-008 Spc. emissions: 1.076432121077547E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 41) Added total emissions to output array: Species: 191 SpcFlx : 1.076432121077547E-008 OutArr : 1.076432121077547E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.924682595617697E-009 Spc. emissions: 5.924682595617697E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 41) Added total emissions to output array: Species: 192 SpcFlx : 5.924682595617697E-009 OutArr : 5.924682595617697E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.515061450246307E-007 Spc. emissions: 6.515061450246307E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 41) Added total emissions to output array: Species: 193 SpcFlx : 6.515061450246307E-007 OutArr : 6.515061450246307E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.515061450246307E-007 Spc. emissions: 6.515061450246307E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 41) Added total emissions to output array: Species: 194 SpcFlx : 6.515061450246307E-007 OutArr : 6.515061450246307E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.585889943995196E-007 Spc. emissions: 3.585889943995196E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 41) Added total emissions to output array: Species: 195 SpcFlx : 3.585889943995196E-007 OutArr : 3.585889943995196E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 41) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 41) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.121227426629440E-009 Spc. emissions: 5.121227426629440E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.567042380596474E-009 Spc. emissions: 7.688269807225923E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.961154477348046E-012 Spc. emissions: 7.698230961703286E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.707964668654809E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 41) Added total emissions to output array: Species: 201 SpcFlx : 7.707964668654809E-009 OutArr : 7.707964668654809E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.567042380596474E-009 Spc. emissions: 2.567042380596474E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 41) Added total emissions to output array: Species: 202 SpcFlx : 2.567042380596474E-009 OutArr : 2.567042380596474E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.302112184924936E-009 Spc. emissions: 1.302112184924936E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.275411416807064E-012 Spc. emissions: 1.311387596341747E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 41) Added total emissions to output array: Species: 203 SpcFlx : 1.311387596341747E-009 OutArr : 1.311387596341747E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.170245005709756E-009 Spc. emissions: 1.170245005709756E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.683966294426414E-012 Spc. emissions: 1.179928972004177E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 41) Added total emissions to output array: Species: 204 SpcFlx : 1.179928972004177E-009 OutArr : 1.179928972004177E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.361627582752224E-009 Spc. emissions: 3.361627582752224E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.361627582752224E-009 OutArr : 3.361627582752224E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 41) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 41) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 41) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 41) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 41) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 41) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 41) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 41) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.912792614817690E-009 Spc. emissions: 2.912792614817690E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.912792614817690E-009 OutArr : 2.912792614817690E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 41) Successfully updated diagnostics: EmisNO2_Ship (counter: 41) Successfully updated diagnostics: EmisHNO3_Ship (counter: 41) Successfully updated diagnostics: EmisO3_Ship (counter: 41) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 41) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 41) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 41) Successfully updated diagnostics: EmisCO_BioBurn (counter: 41) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 41) Successfully updated diagnostics: EmisACET_BioBurn (counter: 41) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 41) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 41) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 41) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 41) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 41) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 41) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 41) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 41) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 41) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 41) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 41) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 41) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 41) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 41) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 41) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 41) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 41) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 41) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 41) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 41) Successfully updated diagnostics: EmisALD2_Total (counter: 41) Successfully updated diagnostics: EmisALK4_Total (counter: 41) Successfully updated diagnostics: EmisBCPI_Total (counter: 41) Successfully updated diagnostics: EmisBCPO_Total (counter: 41) Successfully updated diagnostics: EmisBENZ_Total (counter: 41) Successfully updated diagnostics: EmisC2H6_Total (counter: 41) Successfully updated diagnostics: EmisC3H8_Total (counter: 41) Successfully updated diagnostics: EmisCH2O_Total (counter: 41) Successfully updated diagnostics: EmisCO_Total (counter: 41) Successfully updated diagnostics: EmisDST1_Total (counter: 41) Successfully updated diagnostics: EmisEOH_Total (counter: 41) Successfully updated diagnostics: EmisHCOOH_Total (counter: 41) Successfully updated diagnostics: EmisISOP_Total (counter: 41) Successfully updated diagnostics: EmisMACR_Total (counter: 41) Successfully updated diagnostics: EmisMEK_Total (counter: 41) Successfully updated diagnostics: EmisMOH_Total (counter: 41) Successfully updated diagnostics: EmisMTPA_Total (counter: 41) Successfully updated diagnostics: EmisNH3_Total (counter: 41) Successfully updated diagnostics: EmisNO_Total (counter: 41) Successfully updated diagnostics: EmisOCPI_Total (counter: 41) Successfully updated diagnostics: EmisOCPO_Total (counter: 41) Successfully updated diagnostics: EmispFe_Total (counter: 41) Successfully updated diagnostics: EmisPRPE_Total (counter: 41) Successfully updated diagnostics: EmisRCHO_Total (counter: 41) Successfully updated diagnostics: EmisSO2_Total (counter: 41) Successfully updated diagnostics: EmisSO4_Total (counter: 41) Successfully updated diagnostics: EmisSOAP_Total (counter: 41) Successfully updated diagnostics: EmisTOLU_Total (counter: 41) Successfully updated diagnostics: EmisXYLE_Total (counter: 41) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 13:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 13:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.268602598218991E-009 Spc. emissions: 8.268602598218991E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.268803186018641E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.268803186018641E-009 OutArr : 8.268803186018641E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.748858840951944E-010 Spc. emissions: 2.748858840951944E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.363291286061222E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.185387502184870E-009 Spc. emissions: 4.548678788246093E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.548678788246093E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.550998757698315E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.550998757698315E-009 OutArr : 4.550998757698315E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.209532310320948E-008 Spc. emissions: 1.209532310320948E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.681278648536769E-010 Spc. emissions: 1.236345096806312E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.237506167703840E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 42) Added total emissions to output array: Species: 5 SpcFlx : 1.237506167703840E-008 OutArr : 1.237506167703840E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 42) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 42) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.036858982407049E-009 Spc. emissions: 1.036858982407049E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.539462550642158E-011 Spc. emissions: 1.052253607913476E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 42) Added total emissions to output array: Species: 9 SpcFlx : 1.052253607913476E-009 OutArr : 1.052253607913476E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.271271776837037E-011 Spc. emissions: 2.271271776837037E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 42) Added total emissions to output array: Species: 16 SpcFlx : 2.271271776837037E-011 OutArr : 2.271271776837037E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.374677966827168E-009 Spc. emissions: 1.374677966827168E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 42) Added total emissions to output array: Species: 17 SpcFlx : 1.374677966827168E-009 OutArr : 1.374677966827168E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.309420793841348E-011 Spc. emissions: 1.635934126160453E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.636217318950989E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 42) Added total emissions to output array: Species: 18 SpcFlx : 1.636217318950989E-009 OutArr : 1.636217318950989E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.453144902218840E-009 Spc. emissions: 2.453144902218840E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.195516768615663E-010 Spc. emissions: 2.572696579080405E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.572738987141769E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 42) Added total emissions to output array: Species: 19 SpcFlx : 2.572738987141769E-009 OutArr : 2.572738987141769E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 42) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 42) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 42) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 42) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 4.084689892942719E-010 Spc. emissions: 4.084689892942719E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.084689892942719E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.151533594688094E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 42) Added total emissions to output array: Species: 31 SpcFlx : 4.151533594688094E-010 OutArr : 4.151533594688094E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 42) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 42) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.422068920177496E-008 Spc. emissions: 7.422068920177496E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.443645612592337E-010 Spc. emissions: 7.436505376303428E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.450612198325650E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 42) Added total emissions to output array: Species: 47 SpcFlx : 7.450612198325650E-008 OutArr : 7.450612198325650E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.310178286724579E-008 Spc. emissions: 2.505127257302259E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 42) Added total emissions to output array: Species: 49 SpcFlx : 2.505127257302259E-008 OutArr : 2.505127257302259E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.802588787735918E-008 Spc. emissions: 5.802588787735918E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 42) Added total emissions to output array: Species: 50 SpcFlx : 5.802588787735918E-008 OutArr : 5.802588787735918E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 1.052850176319952E-007 Spc. emissions: 1.052850176319952E-007 Successfully updated diagnostics: EmisDST3_Natural (counter: 42) Added total emissions to output array: Species: 51 SpcFlx : 1.052850176319952E-007 OutArr : 1.052850176319952E-007 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.151771673164889E-007 Spc. emissions: 1.151771673164889E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 42) Added total emissions to output array: Species: 52 SpcFlx : 1.151771673164889E-007 OutArr : 1.151771673164889E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.506263101193600E-010 Spc. emissions: 3.506263101193600E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.426374897568036E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.184328406538954E-009 Spc. emissions: 4.610703304106997E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.610703304106997E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 42) Added total emissions to output array: Species: 53 SpcFlx : 4.610703304106997E-009 OutArr : 4.610703304106997E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.409307671572601E-009 Spc. emissions: 1.409307671572601E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.409307671572601E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 42) Added total emissions to output array: Species: 72 SpcFlx : 1.409307671572601E-009 OutArr : 1.409307671572601E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.955328616483963E-008 Spc. emissions: 6.955328616483963E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 42) Added total emissions to output array: Species: 121 SpcFlx : 6.955328616483963E-008 OutArr : 6.955328616483963E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.887525078188268E-009 Spc. emissions: 1.887525078188268E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 42) Added total emissions to output array: Species: 124 SpcFlx : 1.887525078188268E-009 OutArr : 1.887525078188268E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 42) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.880840763404346E-010 Spc. emissions: 5.880840763404346E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.880840763404346E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 42) Added total emissions to output array: Species: 135 SpcFlx : 5.880840763404346E-010 OutArr : 5.880840763404346E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.675017468258121E-010 Spc. emissions: 4.675017468258121E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.675017468258121E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 42) Added total emissions to output array: Species: 138 SpcFlx : 4.675017468258121E-010 OutArr : 4.675017468258121E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.486547212978140E-008 Spc. emissions: 1.486547212978140E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 42) Added total emissions to output array: Species: 146 SpcFlx : 1.486547212978140E-008 OutArr : 1.486547212978140E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.794259902492188E-009 Spc. emissions: 6.794259902492188E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 42) Added total emissions to output array: Species: 147 SpcFlx : 6.794259902492188E-009 OutArr : 6.794259902492188E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 42) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.127045946724826E-008 Spc. emissions: 1.127045946724826E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.671962897183919E-009 Spc. emissions: 1.494242236443217E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.526123015195354E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 42) Added total emissions to output array: Species: 161 SpcFlx : 1.526123015195354E-008 OutArr : 1.526123015195354E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 42) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 42) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 42) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.893462811010583E-010 Spc. emissions: 4.893462811010583E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.352932883563672E-009 Spc. emissions: 4.842279164664734E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.676618889000306E-011 Spc. emissions: 4.879045353554726E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.888714565763382E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 42) Added total emissions to output array: Species: 177 SpcFlx : 4.888714565763382E-009 OutArr : 4.888714565763382E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 42) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.076432121077547E-008 Spc. emissions: 1.076432121077547E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 42) Added total emissions to output array: Species: 190 SpcFlx : 1.076432121077547E-008 OutArr : 1.076432121077547E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.076432121077547E-008 Spc. emissions: 1.076432121077547E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 42) Added total emissions to output array: Species: 191 SpcFlx : 1.076432121077547E-008 OutArr : 1.076432121077547E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.924682595617697E-009 Spc. emissions: 5.924682595617697E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 42) Added total emissions to output array: Species: 192 SpcFlx : 5.924682595617697E-009 OutArr : 5.924682595617697E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.515061450246307E-007 Spc. emissions: 6.515061450246307E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 42) Added total emissions to output array: Species: 193 SpcFlx : 6.515061450246307E-007 OutArr : 6.515061450246307E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.515061450246307E-007 Spc. emissions: 6.515061450246307E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 42) Added total emissions to output array: Species: 194 SpcFlx : 6.515061450246307E-007 OutArr : 6.515061450246307E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.585889943995196E-007 Spc. emissions: 3.585889943995196E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 42) Added total emissions to output array: Species: 195 SpcFlx : 3.585889943995196E-007 OutArr : 3.585889943995196E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 42) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 42) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.121227426629440E-009 Spc. emissions: 5.121227426629440E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.567042380596474E-009 Spc. emissions: 7.688269807225923E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 9.961154477348046E-012 Spc. emissions: 7.698230961703286E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.707964668654809E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 42) Added total emissions to output array: Species: 201 SpcFlx : 7.707964668654809E-009 OutArr : 7.707964668654809E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.567042380596474E-009 Spc. emissions: 2.567042380596474E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 42) Added total emissions to output array: Species: 202 SpcFlx : 2.567042380596474E-009 OutArr : 2.567042380596474E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.302112184924936E-009 Spc. emissions: 1.302112184924936E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.275411416807064E-012 Spc. emissions: 1.311387596341747E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 42) Added total emissions to output array: Species: 203 SpcFlx : 1.311387596341747E-009 OutArr : 1.311387596341747E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.170245005709756E-009 Spc. emissions: 1.170245005709756E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 10 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.683966294426414E-012 Spc. emissions: 1.179928972004177E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 42) Added total emissions to output array: Species: 204 SpcFlx : 1.179928972004177E-009 OutArr : 1.179928972004177E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.361627582752224E-009 Spc. emissions: 3.361627582752224E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.361627582752224E-009 OutArr : 3.361627582752224E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 42) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 42) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 42) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 42) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 42) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 42) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 42) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 42) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.395653 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.912792614817690E-009 Spc. emissions: 2.912792614817690E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.912792614817690E-009 OutArr : 2.912792614817690E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 42) Successfully updated diagnostics: EmisNO2_Ship (counter: 42) Successfully updated diagnostics: EmisHNO3_Ship (counter: 42) Successfully updated diagnostics: EmisO3_Ship (counter: 42) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 42) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 42) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 42) Successfully updated diagnostics: EmisCO_BioBurn (counter: 42) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 42) Successfully updated diagnostics: EmisACET_BioBurn (counter: 42) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 42) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 42) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 42) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 42) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 42) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 42) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 42) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 42) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 42) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 42) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 42) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 42) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 42) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 42) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 42) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 42) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 42) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 42) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 42) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 42) Successfully updated diagnostics: EmisALD2_Total (counter: 42) Successfully updated diagnostics: EmisALK4_Total (counter: 42) Successfully updated diagnostics: EmisBCPI_Total (counter: 42) Successfully updated diagnostics: EmisBCPO_Total (counter: 42) Successfully updated diagnostics: EmisBENZ_Total (counter: 42) Successfully updated diagnostics: EmisC2H6_Total (counter: 42) Successfully updated diagnostics: EmisC3H8_Total (counter: 42) Successfully updated diagnostics: EmisCH2O_Total (counter: 42) Successfully updated diagnostics: EmisCO_Total (counter: 42) Successfully updated diagnostics: EmisDST1_Total (counter: 42) Successfully updated diagnostics: EmisEOH_Total (counter: 42) Successfully updated diagnostics: EmisHCOOH_Total (counter: 42) Successfully updated diagnostics: EmisISOP_Total (counter: 42) Successfully updated diagnostics: EmisMACR_Total (counter: 42) Successfully updated diagnostics: EmisMEK_Total (counter: 42) Successfully updated diagnostics: EmisMOH_Total (counter: 42) Successfully updated diagnostics: EmisMTPA_Total (counter: 42) Successfully updated diagnostics: EmisNH3_Total (counter: 42) Successfully updated diagnostics: EmisNO_Total (counter: 42) Successfully updated diagnostics: EmisOCPI_Total (counter: 42) Successfully updated diagnostics: EmisOCPO_Total (counter: 42) Successfully updated diagnostics: EmispFe_Total (counter: 42) Successfully updated diagnostics: EmisPRPE_Total (counter: 42) Successfully updated diagnostics: EmisRCHO_Total (counter: 42) Successfully updated diagnostics: EmisSO2_Total (counter: 42) Successfully updated diagnostics: EmisSO4_Total (counter: 42) Successfully updated diagnostics: EmisSOAP_Total (counter: 42) Successfully updated diagnostics: EmisTOLU_Total (counter: 42) Successfully updated diagnostics: EmisXYLE_Total (counter: 42) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 13:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 14:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.474926605079577E-009 Spc. emissions: 8.474926605079577E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.475127192879218E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.475127192879218E-009 OutArr : 8.475127192879218E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.693847729077832E-010 Spc. emissions: 2.693847729077832E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.357790174873812E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.298588630691920E-009 Spc. emissions: 4.656378805565728E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.656378805565728E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.658698775017961E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.658698775017961E-009 OutArr : 4.658698775017961E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.166109470249505E-008 Spc. emissions: 1.166109470249505E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.670801071838640E-010 Spc. emissions: 1.192817480967890E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.193978551865417E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 43) Added total emissions to output array: Species: 5 SpcFlx : 1.193978551865417E-008 OutArr : 1.193978551865417E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 43) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 43) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.005592703751650E-009 Spc. emissions: 1.005592703751650E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.563462993396854E-011 Spc. emissions: 1.021227333685624E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 43) Added total emissions to output array: Species: 9 SpcFlx : 1.021227333685624E-009 OutArr : 1.021227333685624E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.266502041732796E-011 Spc. emissions: 2.266502041732796E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 43) Added total emissions to output array: Species: 16 SpcFlx : 2.266502041732796E-011 OutArr : 2.266502041732796E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.371791109697982E-009 Spc. emissions: 1.371791109697982E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 43) Added total emissions to output array: Species: 17 SpcFlx : 1.371791109697982E-009 OutArr : 1.371791109697982E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.273324812683683E-011 Spc. emissions: 1.635573166348875E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.635856359139413E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 43) Added total emissions to output array: Species: 18 SpcFlx : 1.635856359139413E-009 OutArr : 1.635856359139413E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.278538054933723E-009 Spc. emissions: 2.278538054933723E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.185503044832483E-010 Spc. emissions: 2.397088359416972E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.397130767478335E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 43) Added total emissions to output array: Species: 19 SpcFlx : 2.397130767478335E-009 OutArr : 2.397130767478335E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 43) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 43) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 43) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 43) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.944595006044617E-010 Spc. emissions: 3.944595006044617E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.944595006044617E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.011438707789994E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 43) Added total emissions to output array: Species: 31 SpcFlx : 4.011438707789994E-010 OutArr : 4.011438707789994E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 43) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 43) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.052447170606488E-008 Spc. emissions: 7.052447170606488E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.467222216206954E-010 Spc. emissions: 7.067119392768562E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.081226214790788E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 43) Added total emissions to output array: Species: 47 SpcFlx : 7.081226214790788E-008 OutArr : 7.081226214790788E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.009065919702728E-008 Spc. emissions: 2.204014890280407E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 43) Added total emissions to output array: Species: 49 SpcFlx : 2.204014890280407E-008 OutArr : 2.204014890280407E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.046270062390201E-008 Spc. emissions: 5.046270062390201E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 43) Added total emissions to output array: Species: 50 SpcFlx : 5.046270062390201E-008 OutArr : 5.046270062390201E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.156199803726695E-008 Spc. emissions: 9.156199803726695E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 43) Added total emissions to output array: Species: 51 SpcFlx : 9.156199803726695E-008 OutArr : 9.156199803726695E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.001647895360527E-007 Spc. emissions: 1.001647895360527E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 43) Added total emissions to output array: Species: 52 SpcFlx : 1.001647895360527E-007 OutArr : 1.001647895360527E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.387420539077575E-010 Spc. emissions: 3.387420539077575E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.414490641356434E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.297491916091254E-009 Spc. emissions: 4.711982557447687E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.711982557447687E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 43) Added total emissions to output array: Species: 53 SpcFlx : 4.711982557447687E-009 OutArr : 4.711982557447687E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.378077353449263E-009 Spc. emissions: 1.378077353449263E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.378077353449263E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 43) Added total emissions to output array: Species: 72 SpcFlx : 1.378077353449263E-009 OutArr : 1.378077353449263E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.304845287531381E-008 Spc. emissions: 7.304845287531381E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 43) Added total emissions to output array: Species: 121 SpcFlx : 7.304845287531381E-008 OutArr : 7.304845287531381E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.889856724414724E-009 Spc. emissions: 1.889856724414724E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 43) Added total emissions to output array: Species: 124 SpcFlx : 1.889856724414724E-009 OutArr : 1.889856724414724E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 43) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.583987278436167E-010 Spc. emissions: 5.583987278436167E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.583987278436167E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 43) Added total emissions to output array: Species: 135 SpcFlx : 5.583987278436167E-010 OutArr : 5.583987278436167E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.516560718770092E-010 Spc. emissions: 4.516560718770092E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.516560718770092E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 43) Added total emissions to output array: Species: 138 SpcFlx : 4.516560718770092E-010 OutArr : 4.516560718770092E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.546841709674056E-008 Spc. emissions: 1.546841709674056E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 43) Added total emissions to output array: Species: 146 SpcFlx : 1.546841709674056E-008 OutArr : 1.546841709674056E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.225932480020197E-009 Spc. emissions: 7.225932480020197E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 43) Added total emissions to output array: Species: 147 SpcFlx : 7.225932480020197E-009 OutArr : 7.225932480020197E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 43) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.098874451551109E-008 Spc. emissions: 1.098874451551109E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.685056130432809E-009 Spc. emissions: 1.467380064594389E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.499260843346536E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 43) Added total emissions to output array: Species: 161 SpcFlx : 1.499260843346536E-008 OutArr : 1.499260843346536E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 43) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 43) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 43) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.767304548671155E-010 Spc. emissions: 4.767304548671155E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.370224873581290E-009 Spc. emissions: 4.846955328448416E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.736672467949774E-011 Spc. emissions: 4.884322053127907E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.893991265336543E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 43) Added total emissions to output array: Species: 177 SpcFlx : 4.893991265336543E-009 OutArr : 4.893991265336543E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 43) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.074171583114814E-008 Spc. emissions: 1.074171583114814E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 43) Added total emissions to output array: Species: 190 SpcFlx : 1.074171583114814E-008 OutArr : 1.074171583114814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.074171583114814E-008 Spc. emissions: 1.074171583114814E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 43) Added total emissions to output array: Species: 191 SpcFlx : 1.074171583114814E-008 OutArr : 1.074171583114814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.912240594248273E-009 Spc. emissions: 5.912240594248273E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 43) Added total emissions to output array: Species: 192 SpcFlx : 5.912240594248273E-009 OutArr : 5.912240594248273E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.501379662912411E-007 Spc. emissions: 6.501379662912411E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 43) Added total emissions to output array: Species: 193 SpcFlx : 6.501379662912411E-007 OutArr : 6.501379662912411E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.501379662912411E-007 Spc. emissions: 6.501379662912411E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 43) Added total emissions to output array: Species: 194 SpcFlx : 6.501379662912411E-007 OutArr : 6.501379662912411E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.578359487990884E-007 Spc. emissions: 3.578359487990884E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 43) Added total emissions to output array: Species: 195 SpcFlx : 3.578359487990884E-007 OutArr : 3.578359487990884E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 43) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 43) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.866188425814477E-009 Spc. emissions: 4.866188425814477E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.686639115453429E-009 Spc. emissions: 7.552827541267919E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.012383303821361E-011 Spc. emissions: 7.562951374306151E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.572685081257672E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 43) Added total emissions to output array: Species: 201 SpcFlx : 7.572685081257672E-009 OutArr : 7.572685081257672E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.686639115453429E-009 Spc. emissions: 2.686639115453429E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 43) Added total emissions to output array: Species: 202 SpcFlx : 2.686639115453429E-009 OutArr : 2.686639115453429E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.243244743737590E-009 Spc. emissions: 1.243244743737590E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.404015043911683E-012 Spc. emissions: 1.252648758781503E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 43) Added total emissions to output array: Species: 203 SpcFlx : 1.252648758781503E-009 OutArr : 1.252648758781503E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.099100105037502E-009 Spc. emissions: 1.099100105037502E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.773442926502548E-012 Spc. emissions: 1.108873547964000E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 43) Added total emissions to output array: Species: 204 SpcFlx : 1.108873547964000E-009 OutArr : 1.108873547964000E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.511085245885057E-009 Spc. emissions: 3.511085245885057E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.511085245885057E-009 OutArr : 3.511085245885057E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 43) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 43) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 43) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 43) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 43) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 43) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 43) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 43) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.831423656656580E-009 Spc. emissions: 2.831423656656580E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.831423656656580E-009 OutArr : 2.831423656656580E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 43) Successfully updated diagnostics: EmisNO2_Ship (counter: 43) Successfully updated diagnostics: EmisHNO3_Ship (counter: 43) Successfully updated diagnostics: EmisO3_Ship (counter: 43) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 43) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 43) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 43) Successfully updated diagnostics: EmisCO_BioBurn (counter: 43) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 43) Successfully updated diagnostics: EmisACET_BioBurn (counter: 43) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 43) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 43) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 43) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 43) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 43) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 43) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 43) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 43) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 43) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 43) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 43) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 43) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 43) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 43) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 43) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 43) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 43) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 43) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 43) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 43) Successfully updated diagnostics: EmisALD2_Total (counter: 43) Successfully updated diagnostics: EmisALK4_Total (counter: 43) Successfully updated diagnostics: EmisBCPI_Total (counter: 43) Successfully updated diagnostics: EmisBCPO_Total (counter: 43) Successfully updated diagnostics: EmisBENZ_Total (counter: 43) Successfully updated diagnostics: EmisC2H6_Total (counter: 43) Successfully updated diagnostics: EmisC3H8_Total (counter: 43) Successfully updated diagnostics: EmisCH2O_Total (counter: 43) Successfully updated diagnostics: EmisCO_Total (counter: 43) Successfully updated diagnostics: EmisDST1_Total (counter: 43) Successfully updated diagnostics: EmisEOH_Total (counter: 43) Successfully updated diagnostics: EmisHCOOH_Total (counter: 43) Successfully updated diagnostics: EmisISOP_Total (counter: 43) Successfully updated diagnostics: EmisMACR_Total (counter: 43) Successfully updated diagnostics: EmisMEK_Total (counter: 43) Successfully updated diagnostics: EmisMOH_Total (counter: 43) Successfully updated diagnostics: EmisMTPA_Total (counter: 43) Successfully updated diagnostics: EmisNH3_Total (counter: 43) Successfully updated diagnostics: EmisNO_Total (counter: 43) Successfully updated diagnostics: EmisOCPI_Total (counter: 43) Successfully updated diagnostics: EmisOCPO_Total (counter: 43) Successfully updated diagnostics: EmispFe_Total (counter: 43) Successfully updated diagnostics: EmisPRPE_Total (counter: 43) Successfully updated diagnostics: EmisRCHO_Total (counter: 43) Successfully updated diagnostics: EmisSO2_Total (counter: 43) Successfully updated diagnostics: EmisSO4_Total (counter: 43) Successfully updated diagnostics: EmisSOAP_Total (counter: 43) Successfully updated diagnostics: EmisTOLU_Total (counter: 43) Successfully updated diagnostics: EmisXYLE_Total (counter: 43) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 14:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 14:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.474926605079577E-009 Spc. emissions: 8.474926605079577E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.475127192879218E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.475127192879218E-009 OutArr : 8.475127192879218E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.693847729077832E-010 Spc. emissions: 2.693847729077832E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.357790174873812E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.298588630691920E-009 Spc. emissions: 4.656378805565728E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.656378805565728E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.658698775017961E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.658698775017961E-009 OutArr : 4.658698775017961E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.166109470249505E-008 Spc. emissions: 1.166109470249505E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.670801071838640E-010 Spc. emissions: 1.192817480967890E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.193978551865417E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 44) Added total emissions to output array: Species: 5 SpcFlx : 1.193978551865417E-008 OutArr : 1.193978551865417E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 44) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 44) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.005592703751650E-009 Spc. emissions: 1.005592703751650E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.563462993396854E-011 Spc. emissions: 1.021227333685624E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 44) Added total emissions to output array: Species: 9 SpcFlx : 1.021227333685624E-009 OutArr : 1.021227333685624E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.266502041732796E-011 Spc. emissions: 2.266502041732796E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 44) Added total emissions to output array: Species: 16 SpcFlx : 2.266502041732796E-011 OutArr : 2.266502041732796E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.371791109697982E-009 Spc. emissions: 1.371791109697982E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 44) Added total emissions to output array: Species: 17 SpcFlx : 1.371791109697982E-009 OutArr : 1.371791109697982E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.273324812683683E-011 Spc. emissions: 1.635573166348875E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.635856359139413E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 44) Added total emissions to output array: Species: 18 SpcFlx : 1.635856359139413E-009 OutArr : 1.635856359139413E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.278538054933723E-009 Spc. emissions: 2.278538054933723E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.185503044832483E-010 Spc. emissions: 2.397088359416972E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.397130767478335E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 44) Added total emissions to output array: Species: 19 SpcFlx : 2.397130767478335E-009 OutArr : 2.397130767478335E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 44) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 44) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 44) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 44) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.944595006044617E-010 Spc. emissions: 3.944595006044617E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.944595006044617E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.011438707789994E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 44) Added total emissions to output array: Species: 31 SpcFlx : 4.011438707789994E-010 OutArr : 4.011438707789994E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 44) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 44) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.052447170606488E-008 Spc. emissions: 7.052447170606488E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.467222216206954E-010 Spc. emissions: 7.067119392768562E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.081226214790788E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 44) Added total emissions to output array: Species: 47 SpcFlx : 7.081226214790788E-008 OutArr : 7.081226214790788E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.009065919702728E-008 Spc. emissions: 2.204014890280407E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 44) Added total emissions to output array: Species: 49 SpcFlx : 2.204014890280407E-008 OutArr : 2.204014890280407E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.046270062390201E-008 Spc. emissions: 5.046270062390201E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 44) Added total emissions to output array: Species: 50 SpcFlx : 5.046270062390201E-008 OutArr : 5.046270062390201E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.156199803726695E-008 Spc. emissions: 9.156199803726695E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 44) Added total emissions to output array: Species: 51 SpcFlx : 9.156199803726695E-008 OutArr : 9.156199803726695E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.001647895360527E-007 Spc. emissions: 1.001647895360527E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 44) Added total emissions to output array: Species: 52 SpcFlx : 1.001647895360527E-007 OutArr : 1.001647895360527E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.387420539077575E-010 Spc. emissions: 3.387420539077575E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.414490641356434E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.297491916091254E-009 Spc. emissions: 4.711982557447687E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.711982557447687E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 44) Added total emissions to output array: Species: 53 SpcFlx : 4.711982557447687E-009 OutArr : 4.711982557447687E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.378077353449263E-009 Spc. emissions: 1.378077353449263E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.378077353449263E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 44) Added total emissions to output array: Species: 72 SpcFlx : 1.378077353449263E-009 OutArr : 1.378077353449263E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.304845287531381E-008 Spc. emissions: 7.304845287531381E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 44) Added total emissions to output array: Species: 121 SpcFlx : 7.304845287531381E-008 OutArr : 7.304845287531381E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.889856724414724E-009 Spc. emissions: 1.889856724414724E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 44) Added total emissions to output array: Species: 124 SpcFlx : 1.889856724414724E-009 OutArr : 1.889856724414724E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 44) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.583987278436167E-010 Spc. emissions: 5.583987278436167E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.583987278436167E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 44) Added total emissions to output array: Species: 135 SpcFlx : 5.583987278436167E-010 OutArr : 5.583987278436167E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.516560718770092E-010 Spc. emissions: 4.516560718770092E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.516560718770092E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 44) Added total emissions to output array: Species: 138 SpcFlx : 4.516560718770092E-010 OutArr : 4.516560718770092E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.546841709674056E-008 Spc. emissions: 1.546841709674056E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 44) Added total emissions to output array: Species: 146 SpcFlx : 1.546841709674056E-008 OutArr : 1.546841709674056E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.225932480020197E-009 Spc. emissions: 7.225932480020197E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 44) Added total emissions to output array: Species: 147 SpcFlx : 7.225932480020197E-009 OutArr : 7.225932480020197E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 44) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.098874451551109E-008 Spc. emissions: 1.098874451551109E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.685056130432809E-009 Spc. emissions: 1.467380064594389E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.499260843346536E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 44) Added total emissions to output array: Species: 161 SpcFlx : 1.499260843346536E-008 OutArr : 1.499260843346536E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 44) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 44) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 44) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.767304548671155E-010 Spc. emissions: 4.767304548671155E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.370224873581290E-009 Spc. emissions: 4.846955328448416E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.736672467949774E-011 Spc. emissions: 4.884322053127907E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.893991265336543E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 44) Added total emissions to output array: Species: 177 SpcFlx : 4.893991265336543E-009 OutArr : 4.893991265336543E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 44) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.074171583114814E-008 Spc. emissions: 1.074171583114814E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 44) Added total emissions to output array: Species: 190 SpcFlx : 1.074171583114814E-008 OutArr : 1.074171583114814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.074171583114814E-008 Spc. emissions: 1.074171583114814E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 44) Added total emissions to output array: Species: 191 SpcFlx : 1.074171583114814E-008 OutArr : 1.074171583114814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.912240594248273E-009 Spc. emissions: 5.912240594248273E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 44) Added total emissions to output array: Species: 192 SpcFlx : 5.912240594248273E-009 OutArr : 5.912240594248273E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.501379662912411E-007 Spc. emissions: 6.501379662912411E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 44) Added total emissions to output array: Species: 193 SpcFlx : 6.501379662912411E-007 OutArr : 6.501379662912411E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.501379662912411E-007 Spc. emissions: 6.501379662912411E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 44) Added total emissions to output array: Species: 194 SpcFlx : 6.501379662912411E-007 OutArr : 6.501379662912411E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.578359487990884E-007 Spc. emissions: 3.578359487990884E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 44) Added total emissions to output array: Species: 195 SpcFlx : 3.578359487990884E-007 OutArr : 3.578359487990884E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 44) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 44) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.866188425814477E-009 Spc. emissions: 4.866188425814477E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.686639115453429E-009 Spc. emissions: 7.552827541267919E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.012383303821361E-011 Spc. emissions: 7.562951374306151E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.572685081257672E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 44) Added total emissions to output array: Species: 201 SpcFlx : 7.572685081257672E-009 OutArr : 7.572685081257672E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.686639115453429E-009 Spc. emissions: 2.686639115453429E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 44) Added total emissions to output array: Species: 202 SpcFlx : 2.686639115453429E-009 OutArr : 2.686639115453429E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.243244743737590E-009 Spc. emissions: 1.243244743737590E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.404015043911683E-012 Spc. emissions: 1.252648758781503E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 44) Added total emissions to output array: Species: 203 SpcFlx : 1.252648758781503E-009 OutArr : 1.252648758781503E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.099100105037502E-009 Spc. emissions: 1.099100105037502E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.773442926502548E-012 Spc. emissions: 1.108873547964000E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 44) Added total emissions to output array: Species: 204 SpcFlx : 1.108873547964000E-009 OutArr : 1.108873547964000E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.511085245885057E-009 Spc. emissions: 3.511085245885057E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.511085245885057E-009 OutArr : 3.511085245885057E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 44) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 44) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 44) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 44) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 44) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 44) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 44) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 44) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.831423656656580E-009 Spc. emissions: 2.831423656656580E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.831423656656580E-009 OutArr : 2.831423656656580E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 44) Successfully updated diagnostics: EmisNO2_Ship (counter: 44) Successfully updated diagnostics: EmisHNO3_Ship (counter: 44) Successfully updated diagnostics: EmisO3_Ship (counter: 44) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 44) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 44) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 44) Successfully updated diagnostics: EmisCO_BioBurn (counter: 44) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 44) Successfully updated diagnostics: EmisACET_BioBurn (counter: 44) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 44) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 44) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 44) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 44) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 44) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 44) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 44) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 44) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 44) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 44) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 44) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 44) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 44) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 44) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 44) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 44) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 44) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 44) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 44) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 44) Successfully updated diagnostics: EmisALD2_Total (counter: 44) Successfully updated diagnostics: EmisALK4_Total (counter: 44) Successfully updated diagnostics: EmisBCPI_Total (counter: 44) Successfully updated diagnostics: EmisBCPO_Total (counter: 44) Successfully updated diagnostics: EmisBENZ_Total (counter: 44) Successfully updated diagnostics: EmisC2H6_Total (counter: 44) Successfully updated diagnostics: EmisC3H8_Total (counter: 44) Successfully updated diagnostics: EmisCH2O_Total (counter: 44) Successfully updated diagnostics: EmisCO_Total (counter: 44) Successfully updated diagnostics: EmisDST1_Total (counter: 44) Successfully updated diagnostics: EmisEOH_Total (counter: 44) Successfully updated diagnostics: EmisHCOOH_Total (counter: 44) Successfully updated diagnostics: EmisISOP_Total (counter: 44) Successfully updated diagnostics: EmisMACR_Total (counter: 44) Successfully updated diagnostics: EmisMEK_Total (counter: 44) Successfully updated diagnostics: EmisMOH_Total (counter: 44) Successfully updated diagnostics: EmisMTPA_Total (counter: 44) Successfully updated diagnostics: EmisNH3_Total (counter: 44) Successfully updated diagnostics: EmisNO_Total (counter: 44) Successfully updated diagnostics: EmisOCPI_Total (counter: 44) Successfully updated diagnostics: EmisOCPO_Total (counter: 44) Successfully updated diagnostics: EmispFe_Total (counter: 44) Successfully updated diagnostics: EmisPRPE_Total (counter: 44) Successfully updated diagnostics: EmisRCHO_Total (counter: 44) Successfully updated diagnostics: EmisSO2_Total (counter: 44) Successfully updated diagnostics: EmisSO4_Total (counter: 44) Successfully updated diagnostics: EmisSOAP_Total (counter: 44) Successfully updated diagnostics: EmisTOLU_Total (counter: 44) Successfully updated diagnostics: EmisXYLE_Total (counter: 44) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 14:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 14:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.474926605079577E-009 Spc. emissions: 8.474926605079577E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.475127192879218E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.475127192879218E-009 OutArr : 8.475127192879218E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.693847729077832E-010 Spc. emissions: 2.693847729077832E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.357790174873812E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.298588630691920E-009 Spc. emissions: 4.656378805565728E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.656378805565728E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.658698775017961E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.658698775017961E-009 OutArr : 4.658698775017961E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 1.166109470249505E-008 Spc. emissions: 1.166109470249505E-008 Successfully updated diagnostics: EmisALK4_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.670801071838640E-010 Spc. emissions: 1.192817480967890E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.193978551865417E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 45) Added total emissions to output array: Species: 5 SpcFlx : 1.193978551865417E-008 OutArr : 1.193978551865417E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 45) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 45) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 1.005592703751650E-009 Spc. emissions: 1.005592703751650E-009 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.563462993396854E-011 Spc. emissions: 1.021227333685624E-009 Successfully updated diagnostics: EmisBENZ_Ship (counter: 45) Added total emissions to output array: Species: 9 SpcFlx : 1.021227333685624E-009 OutArr : 1.021227333685624E-009 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.266502041732796E-011 Spc. emissions: 2.266502041732796E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 45) Added total emissions to output array: Species: 16 SpcFlx : 2.266502041732796E-011 OutArr : 2.266502041732796E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.371791109697982E-009 Spc. emissions: 1.371791109697982E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 45) Added total emissions to output array: Species: 17 SpcFlx : 1.371791109697982E-009 OutArr : 1.371791109697982E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 4.273324812683683E-011 Spc. emissions: 1.635573166348875E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.635856359139413E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 45) Added total emissions to output array: Species: 18 SpcFlx : 1.635856359139413E-009 OutArr : 1.635856359139413E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.278538054933723E-009 Spc. emissions: 2.278538054933723E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 1.185503044832483E-010 Spc. emissions: 2.397088359416972E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.397130767478335E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 45) Added total emissions to output array: Species: 19 SpcFlx : 2.397130767478335E-009 OutArr : 2.397130767478335E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 45) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 45) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 45) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 45) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.944595006044617E-010 Spc. emissions: 3.944595006044617E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.944595006044617E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 4.011438707789994E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 45) Added total emissions to output array: Species: 31 SpcFlx : 4.011438707789994E-010 OutArr : 4.011438707789994E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 45) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 45) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.052447170606488E-008 Spc. emissions: 7.052447170606488E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.467222216206954E-010 Spc. emissions: 7.067119392768562E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.081226214790788E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 45) Added total emissions to output array: Species: 47 SpcFlx : 7.081226214790788E-008 OutArr : 7.081226214790788E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 2.009065919702728E-008 Spc. emissions: 2.204014890280407E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 45) Added total emissions to output array: Species: 49 SpcFlx : 2.204014890280407E-008 OutArr : 2.204014890280407E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 5.046270062390201E-008 Spc. emissions: 5.046270062390201E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 45) Added total emissions to output array: Species: 50 SpcFlx : 5.046270062390201E-008 OutArr : 5.046270062390201E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 9.156199803726695E-008 Spc. emissions: 9.156199803726695E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 45) Added total emissions to output array: Species: 51 SpcFlx : 9.156199803726695E-008 OutArr : 9.156199803726695E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 1.001647895360527E-007 Spc. emissions: 1.001647895360527E-007 Successfully updated diagnostics: EmisDST4_Natural (counter: 45) Added total emissions to output array: Species: 52 SpcFlx : 1.001647895360527E-007 OutArr : 1.001647895360527E-007 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 3.387420539077575E-010 Spc. emissions: 3.387420539077575E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.414490641356434E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.297491916091254E-009 Spc. emissions: 4.711982557447687E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.711982557447687E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 45) Added total emissions to output array: Species: 53 SpcFlx : 4.711982557447687E-009 OutArr : 4.711982557447687E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.378077353449263E-009 Spc. emissions: 1.378077353449263E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.378077353449263E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 45) Added total emissions to output array: Species: 72 SpcFlx : 1.378077353449263E-009 OutArr : 1.378077353449263E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.304845287531381E-008 Spc. emissions: 7.304845287531381E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 45) Added total emissions to output array: Species: 121 SpcFlx : 7.304845287531381E-008 OutArr : 7.304845287531381E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.889856724414724E-009 Spc. emissions: 1.889856724414724E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 45) Added total emissions to output array: Species: 124 SpcFlx : 1.889856724414724E-009 OutArr : 1.889856724414724E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 45) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.583987278436167E-010 Spc. emissions: 5.583987278436167E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.583987278436167E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 45) Added total emissions to output array: Species: 135 SpcFlx : 5.583987278436167E-010 OutArr : 5.583987278436167E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 4.516560718770092E-010 Spc. emissions: 4.516560718770092E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.516560718770092E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 45) Added total emissions to output array: Species: 138 SpcFlx : 4.516560718770092E-010 OutArr : 4.516560718770092E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.546841709674056E-008 Spc. emissions: 1.546841709674056E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 45) Added total emissions to output array: Species: 146 SpcFlx : 1.546841709674056E-008 OutArr : 1.546841709674056E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.225932480020197E-009 Spc. emissions: 7.225932480020197E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 45) Added total emissions to output array: Species: 147 SpcFlx : 7.225932480020197E-009 OutArr : 7.225932480020197E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 45) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.098874451551109E-008 Spc. emissions: 1.098874451551109E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.685056130432809E-009 Spc. emissions: 1.467380064594389E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.499260843346536E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 45) Added total emissions to output array: Species: 161 SpcFlx : 1.499260843346536E-008 OutArr : 1.499260843346536E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 45) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 45) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 45) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.767304548671155E-010 Spc. emissions: 4.767304548671155E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.370224873581290E-009 Spc. emissions: 4.846955328448416E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.736672467949774E-011 Spc. emissions: 4.884322053127907E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.893991265336543E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 45) Added total emissions to output array: Species: 177 SpcFlx : 4.893991265336543E-009 OutArr : 4.893991265336543E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 45) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.074171583114814E-008 Spc. emissions: 1.074171583114814E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 45) Added total emissions to output array: Species: 190 SpcFlx : 1.074171583114814E-008 OutArr : 1.074171583114814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.074171583114814E-008 Spc. emissions: 1.074171583114814E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 45) Added total emissions to output array: Species: 191 SpcFlx : 1.074171583114814E-008 OutArr : 1.074171583114814E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.912240594248273E-009 Spc. emissions: 5.912240594248273E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 45) Added total emissions to output array: Species: 192 SpcFlx : 5.912240594248273E-009 OutArr : 5.912240594248273E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.501379662912411E-007 Spc. emissions: 6.501379662912411E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 45) Added total emissions to output array: Species: 193 SpcFlx : 6.501379662912411E-007 OutArr : 6.501379662912411E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.501379662912411E-007 Spc. emissions: 6.501379662912411E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 45) Added total emissions to output array: Species: 194 SpcFlx : 6.501379662912411E-007 OutArr : 6.501379662912411E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.578359487990884E-007 Spc. emissions: 3.578359487990884E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 45) Added total emissions to output array: Species: 195 SpcFlx : 3.578359487990884E-007 OutArr : 3.578359487990884E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 45) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 45) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.866188425814477E-009 Spc. emissions: 4.866188425814477E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.686639115453429E-009 Spc. emissions: 7.552827541267919E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.012383303821361E-011 Spc. emissions: 7.562951374306151E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.572685081257672E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 45) Added total emissions to output array: Species: 201 SpcFlx : 7.572685081257672E-009 OutArr : 7.572685081257672E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.686639115453429E-009 Spc. emissions: 2.686639115453429E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 45) Added total emissions to output array: Species: 202 SpcFlx : 2.686639115453429E-009 OutArr : 2.686639115453429E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.243244743737590E-009 Spc. emissions: 1.243244743737590E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.404015043911683E-012 Spc. emissions: 1.252648758781503E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 45) Added total emissions to output array: Species: 203 SpcFlx : 1.252648758781503E-009 OutArr : 1.252648758781503E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.099100105037502E-009 Spc. emissions: 1.099100105037502E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 11 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.773442926502548E-012 Spc. emissions: 1.108873547964000E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 45) Added total emissions to output array: Species: 204 SpcFlx : 1.108873547964000E-009 OutArr : 1.108873547964000E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.511085245885057E-009 Spc. emissions: 3.511085245885057E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.511085245885057E-009 OutArr : 3.511085245885057E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 45) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 45) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 45) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 45) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 45) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 45) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 45) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 45) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253161 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.831423656656580E-009 Spc. emissions: 2.831423656656580E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.831423656656580E-009 OutArr : 2.831423656656580E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 45) Successfully updated diagnostics: EmisNO2_Ship (counter: 45) Successfully updated diagnostics: EmisHNO3_Ship (counter: 45) Successfully updated diagnostics: EmisO3_Ship (counter: 45) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 45) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 45) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 45) Successfully updated diagnostics: EmisCO_BioBurn (counter: 45) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 45) Successfully updated diagnostics: EmisACET_BioBurn (counter: 45) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 45) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 45) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 45) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 45) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 45) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 45) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 45) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 45) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 45) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 45) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 45) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 45) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 45) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 45) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 45) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 45) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 45) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 45) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 45) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 45) Successfully updated diagnostics: EmisALD2_Total (counter: 45) Successfully updated diagnostics: EmisALK4_Total (counter: 45) Successfully updated diagnostics: EmisBCPI_Total (counter: 45) Successfully updated diagnostics: EmisBCPO_Total (counter: 45) Successfully updated diagnostics: EmisBENZ_Total (counter: 45) Successfully updated diagnostics: EmisC2H6_Total (counter: 45) Successfully updated diagnostics: EmisC3H8_Total (counter: 45) Successfully updated diagnostics: EmisCH2O_Total (counter: 45) Successfully updated diagnostics: EmisCO_Total (counter: 45) Successfully updated diagnostics: EmisDST1_Total (counter: 45) Successfully updated diagnostics: EmisEOH_Total (counter: 45) Successfully updated diagnostics: EmisHCOOH_Total (counter: 45) Successfully updated diagnostics: EmisISOP_Total (counter: 45) Successfully updated diagnostics: EmisMACR_Total (counter: 45) Successfully updated diagnostics: EmisMEK_Total (counter: 45) Successfully updated diagnostics: EmisMOH_Total (counter: 45) Successfully updated diagnostics: EmisMTPA_Total (counter: 45) Successfully updated diagnostics: EmisNH3_Total (counter: 45) Successfully updated diagnostics: EmisNO_Total (counter: 45) Successfully updated diagnostics: EmisOCPI_Total (counter: 45) Successfully updated diagnostics: EmisOCPO_Total (counter: 45) Successfully updated diagnostics: EmispFe_Total (counter: 45) Successfully updated diagnostics: EmisPRPE_Total (counter: 45) Successfully updated diagnostics: EmisRCHO_Total (counter: 45) Successfully updated diagnostics: EmisSO2_Total (counter: 45) Successfully updated diagnostics: EmisSO4_Total (counter: 45) Successfully updated diagnostics: EmisSOAP_Total (counter: 45) Successfully updated diagnostics: EmisTOLU_Total (counter: 45) Successfully updated diagnostics: EmisXYLE_Total (counter: 45) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 14:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 15:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-15:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-16:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-15:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-16:30 preferred datetime: 201907011630. selected tidx1: 6 corresponding datetime 1: 201907011630. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-15:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-16:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-15:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-16:30 preferred datetime: 201907011630. selected tidx1: 6 corresponding datetime 1: 201907011630. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.719734856375725E-009 Spc. emissions: 8.719734856375725E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.719935444175361E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.719935444175361E-009 OutArr : 8.719935444175361E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.355440332388595E-010 Spc. emissions: 2.355440332388595E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.323949435204887E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.447411588584606E-009 Spc. emissions: 4.771361023789496E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.771361023789496E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.773680993241706E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.773680993241706E-009 OutArr : 4.773680993241706E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.855414199001098E-009 Spc. emissions: 9.855414199001098E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.114532239091757E-010 Spc. emissions: 1.006686742291028E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.007847813188555E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 46) Added total emissions to output array: Species: 5 SpcFlx : 1.007847813188555E-008 OutArr : 1.007847813188555E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 46) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 46) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.633998622562283E-010 Spc. emissions: 8.633998622562283E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.548618776038842E-011 Spc. emissions: 8.788860500166148E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 46) Added total emissions to output array: Species: 9 SpcFlx : 8.788860500166148E-010 OutArr : 8.788860500166148E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.262256250731753E-011 Spc. emissions: 2.262256250731753E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 46) Added total emissions to output array: Species: 16 SpcFlx : 2.262256250731753E-011 OutArr : 2.262256250731753E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.369221351798564E-009 Spc. emissions: 1.369221351798564E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 46) Added total emissions to output array: Species: 17 SpcFlx : 1.369221351798564E-009 OutArr : 1.369221351798564E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.183905538919271E-011 Spc. emissions: 1.624678973611232E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.624962166401769E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 46) Added total emissions to output array: Species: 18 SpcFlx : 1.624962166401769E-009 OutArr : 1.624962166401769E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.078697356096327E-009 Spc. emissions: 2.078697356096327E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 8.832770398487915E-011 Spc. emissions: 2.167025060081205E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.167067468142571E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 46) Added total emissions to output array: Species: 19 SpcFlx : 2.167067468142571E-009 OutArr : 2.167067468142571E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 46) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 46) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 46) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 46) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.208836985457133E-010 Spc. emissions: 3.208836985457133E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.208836985457133E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.275680687202511E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 46) Added total emissions to output array: Species: 31 SpcFlx : 3.275680687202511E-010 OutArr : 3.275680687202511E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 46) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 46) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 6.450983097703881E-008 Spc. emissions: 6.450983097703881E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.464194360677158E-010 Spc. emissions: 6.465625041310640E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 6.479731863332869E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 46) Added total emissions to output array: Species: 47 SpcFlx : 6.479731863332869E-008 OutArr : 6.479731863332869E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.756499573337314E-008 Spc. emissions: 1.951448543914994E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 46) Added total emissions to output array: Species: 49 SpcFlx : 1.951448543914994E-008 OutArr : 1.951448543914994E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.411886804742270E-008 Spc. emissions: 4.411886804742270E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 46) Added total emissions to output array: Species: 50 SpcFlx : 4.411886804742270E-008 OutArr : 4.411886804742270E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 8.005143377723954E-008 Spc. emissions: 8.005143377723954E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 46) Added total emissions to output array: Species: 51 SpcFlx : 8.005143377723954E-008 OutArr : 8.005143377723954E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.757273849769220E-008 Spc. emissions: 8.757273849769220E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 46) Added total emissions to output array: Species: 52 SpcFlx : 8.757273849769220E-008 OutArr : 8.757273849769220E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.985445272079027E-010 Spc. emissions: 2.985445272079027E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.374293114656578E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.446265388652181E-009 Spc. emissions: 4.820558503308771E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.820558503308771E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 46) Added total emissions to output array: Species: 53 SpcFlx : 4.820558503308771E-009 OutArr : 4.820558503308771E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.218260717656017E-009 Spc. emissions: 1.218260717656017E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.218260717656017E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 46) Added total emissions to output array: Species: 72 SpcFlx : 1.218260717656017E-009 OutArr : 1.218260717656017E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.744904294872590E-008 Spc. emissions: 7.744904294872590E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 46) Added total emissions to output array: Species: 121 SpcFlx : 7.744904294872590E-008 OutArr : 7.744904294872590E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.893014758676692E-009 Spc. emissions: 1.893014758676692E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 46) Added total emissions to output array: Species: 124 SpcFlx : 1.893014758676692E-009 OutArr : 1.893014758676692E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 46) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.038556767210336E-010 Spc. emissions: 5.038556767210336E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.038556767210336E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 46) Added total emissions to output array: Species: 135 SpcFlx : 5.038556767210336E-010 OutArr : 5.038556767210336E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.980593696105370E-010 Spc. emissions: 3.980593696105370E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.980593696105370E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 46) Added total emissions to output array: Species: 138 SpcFlx : 3.980593696105370E-010 OutArr : 3.980593696105370E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.609286072408493E-008 Spc. emissions: 1.609286072408493E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 46) Added total emissions to output array: Species: 146 SpcFlx : 1.609286072408493E-008 OutArr : 1.609286072408493E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.667274466481283E-009 Spc. emissions: 7.667274466481283E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 46) Added total emissions to output array: Species: 147 SpcFlx : 7.667274466481283E-009 OutArr : 7.667274466481283E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 46) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.033244899379415E-008 Spc. emissions: 1.033244899379415E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.705402021546209E-009 Spc. emissions: 1.403785101534036E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.435665880286178E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 46) Added total emissions to output array: Species: 161 SpcFlx : 1.435665880286178E-008 OutArr : 1.435665880286178E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 46) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 46) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 46) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.232496987613416E-010 Spc. emissions: 4.232496987613416E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.375108614761202E-009 Spc. emissions: 4.798358313522539E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.728965186443082E-011 Spc. emissions: 4.835647965386950E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.845317177595610E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 46) Added total emissions to output array: Species: 177 SpcFlx : 4.845317177595610E-009 OutArr : 4.845317177595610E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 46) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.072159359892773E-008 Spc. emissions: 1.072159359892773E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 46) Added total emissions to output array: Species: 190 SpcFlx : 1.072159359892773E-008 OutArr : 1.072159359892773E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.072159359892773E-008 Spc. emissions: 1.072159359892773E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 46) Added total emissions to output array: Species: 191 SpcFlx : 1.072159359892773E-008 OutArr : 1.072159359892773E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.901165317258038E-009 Spc. emissions: 5.901165317258038E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 46) Added total emissions to output array: Species: 192 SpcFlx : 5.901165317258038E-009 OutArr : 5.901165317258038E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.489200715529115E-007 Spc. emissions: 6.489200715529115E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 46) Added total emissions to output array: Species: 193 SpcFlx : 6.489200715529115E-007 OutArr : 6.489200715529115E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.489200715529115E-007 Spc. emissions: 6.489200715529115E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 46) Added total emissions to output array: Species: 194 SpcFlx : 6.489200715529115E-007 OutArr : 6.489200715529115E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.571656195123477E-007 Spc. emissions: 3.571656195123477E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 46) Added total emissions to output array: Species: 195 SpcFlx : 3.571656195123477E-007 OutArr : 3.571656195123477E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 46) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 46) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.451178225908187E-009 Spc. emissions: 4.451178225908187E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.824206643020323E-009 Spc. emissions: 7.275384868928508E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.010294083558139E-011 Spc. emissions: 7.285487809764072E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.295221516715558E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 46) Added total emissions to output array: Species: 201 SpcFlx : 7.295221516715558E-009 OutArr : 7.295221516715558E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.824206643020323E-009 Spc. emissions: 2.824206643020323E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 46) Added total emissions to output array: Species: 202 SpcFlx : 2.824206643020323E-009 OutArr : 2.824206643020323E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.099051929098900E-009 Spc. emissions: 1.099051929098900E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.152230077397967E-012 Spc. emissions: 1.108204159176300E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 46) Added total emissions to output array: Species: 203 SpcFlx : 1.108204159176300E-009 OutArr : 1.108204159176300E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.021233358824698E-009 Spc. emissions: 1.021233358824698E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.056119600231224E-012 Spc. emissions: 1.030289478424926E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 46) Added total emissions to output array: Species: 204 SpcFlx : 1.030289478424926E-009 OutArr : 1.030289478424926E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.706420689568556E-009 Spc. emissions: 3.706420689568556E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.706420689568556E-009 OutArr : 3.706420689568556E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 46) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 46) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 46) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 46) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 46) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 46) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 46) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 46) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.785292143563653E-009 Spc. emissions: 2.785292143563653E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.785292143563653E-009 OutArr : 2.785292143563653E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 46) Successfully updated diagnostics: EmisNO2_Ship (counter: 46) Successfully updated diagnostics: EmisHNO3_Ship (counter: 46) Successfully updated diagnostics: EmisO3_Ship (counter: 46) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 46) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 46) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 46) Successfully updated diagnostics: EmisCO_BioBurn (counter: 46) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 46) Successfully updated diagnostics: EmisACET_BioBurn (counter: 46) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 46) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 46) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 46) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 46) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 46) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 46) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 46) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 46) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 46) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 46) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 46) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 46) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 46) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 46) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 46) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 46) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 46) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 46) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 46) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 46) Successfully updated diagnostics: EmisALD2_Total (counter: 46) Successfully updated diagnostics: EmisALK4_Total (counter: 46) Successfully updated diagnostics: EmisBCPI_Total (counter: 46) Successfully updated diagnostics: EmisBCPO_Total (counter: 46) Successfully updated diagnostics: EmisBENZ_Total (counter: 46) Successfully updated diagnostics: EmisC2H6_Total (counter: 46) Successfully updated diagnostics: EmisC3H8_Total (counter: 46) Successfully updated diagnostics: EmisCH2O_Total (counter: 46) Successfully updated diagnostics: EmisCO_Total (counter: 46) Successfully updated diagnostics: EmisDST1_Total (counter: 46) Successfully updated diagnostics: EmisEOH_Total (counter: 46) Successfully updated diagnostics: EmisHCOOH_Total (counter: 46) Successfully updated diagnostics: EmisISOP_Total (counter: 46) Successfully updated diagnostics: EmisMACR_Total (counter: 46) Successfully updated diagnostics: EmisMEK_Total (counter: 46) Successfully updated diagnostics: EmisMOH_Total (counter: 46) Successfully updated diagnostics: EmisMTPA_Total (counter: 46) Successfully updated diagnostics: EmisNH3_Total (counter: 46) Successfully updated diagnostics: EmisNO_Total (counter: 46) Successfully updated diagnostics: EmisOCPI_Total (counter: 46) Successfully updated diagnostics: EmisOCPO_Total (counter: 46) Successfully updated diagnostics: EmispFe_Total (counter: 46) Successfully updated diagnostics: EmisPRPE_Total (counter: 46) Successfully updated diagnostics: EmisRCHO_Total (counter: 46) Successfully updated diagnostics: EmisSO2_Total (counter: 46) Successfully updated diagnostics: EmisSO4_Total (counter: 46) Successfully updated diagnostics: EmisSOAP_Total (counter: 46) Successfully updated diagnostics: EmisTOLU_Total (counter: 46) Successfully updated diagnostics: EmisXYLE_Total (counter: 46) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 15:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 15:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.719734856375725E-009 Spc. emissions: 8.719734856375725E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.719935444175361E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.719935444175361E-009 OutArr : 8.719935444175361E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.355440332388595E-010 Spc. emissions: 2.355440332388595E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.323949435204887E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.447411588584606E-009 Spc. emissions: 4.771361023789496E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.771361023789496E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.773680993241706E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.773680993241706E-009 OutArr : 4.773680993241706E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.855414199001098E-009 Spc. emissions: 9.855414199001098E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.114532239091757E-010 Spc. emissions: 1.006686742291028E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.007847813188555E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 47) Added total emissions to output array: Species: 5 SpcFlx : 1.007847813188555E-008 OutArr : 1.007847813188555E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 47) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 47) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.633998622562283E-010 Spc. emissions: 8.633998622562283E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.548618776038842E-011 Spc. emissions: 8.788860500166148E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 47) Added total emissions to output array: Species: 9 SpcFlx : 8.788860500166148E-010 OutArr : 8.788860500166148E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.262256250731753E-011 Spc. emissions: 2.262256250731753E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 47) Added total emissions to output array: Species: 16 SpcFlx : 2.262256250731753E-011 OutArr : 2.262256250731753E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.369221351798564E-009 Spc. emissions: 1.369221351798564E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 47) Added total emissions to output array: Species: 17 SpcFlx : 1.369221351798564E-009 OutArr : 1.369221351798564E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.183905538919271E-011 Spc. emissions: 1.624678973611232E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.624962166401769E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 47) Added total emissions to output array: Species: 18 SpcFlx : 1.624962166401769E-009 OutArr : 1.624962166401769E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.078697356096327E-009 Spc. emissions: 2.078697356096327E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 8.832770398487915E-011 Spc. emissions: 2.167025060081205E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.167067468142571E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 47) Added total emissions to output array: Species: 19 SpcFlx : 2.167067468142571E-009 OutArr : 2.167067468142571E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 47) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 47) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 47) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 47) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.208836985457133E-010 Spc. emissions: 3.208836985457133E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.208836985457133E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.275680687202511E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 47) Added total emissions to output array: Species: 31 SpcFlx : 3.275680687202511E-010 OutArr : 3.275680687202511E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 47) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 47) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 6.450983097703881E-008 Spc. emissions: 6.450983097703881E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.464194360677158E-010 Spc. emissions: 6.465625041310640E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 6.479731863332869E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 47) Added total emissions to output array: Species: 47 SpcFlx : 6.479731863332869E-008 OutArr : 6.479731863332869E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.756499573337314E-008 Spc. emissions: 1.951448543914994E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 47) Added total emissions to output array: Species: 49 SpcFlx : 1.951448543914994E-008 OutArr : 1.951448543914994E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.411886804742270E-008 Spc. emissions: 4.411886804742270E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 47) Added total emissions to output array: Species: 50 SpcFlx : 4.411886804742270E-008 OutArr : 4.411886804742270E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 8.005143377723954E-008 Spc. emissions: 8.005143377723954E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 47) Added total emissions to output array: Species: 51 SpcFlx : 8.005143377723954E-008 OutArr : 8.005143377723954E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.757273849769220E-008 Spc. emissions: 8.757273849769220E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 47) Added total emissions to output array: Species: 52 SpcFlx : 8.757273849769220E-008 OutArr : 8.757273849769220E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.985445272079027E-010 Spc. emissions: 2.985445272079027E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.374293114656578E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.446265388652181E-009 Spc. emissions: 4.820558503308771E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.820558503308771E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 47) Added total emissions to output array: Species: 53 SpcFlx : 4.820558503308771E-009 OutArr : 4.820558503308771E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.218260717656017E-009 Spc. emissions: 1.218260717656017E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.218260717656017E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 47) Added total emissions to output array: Species: 72 SpcFlx : 1.218260717656017E-009 OutArr : 1.218260717656017E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.744904294872590E-008 Spc. emissions: 7.744904294872590E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 47) Added total emissions to output array: Species: 121 SpcFlx : 7.744904294872590E-008 OutArr : 7.744904294872590E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.893014758676692E-009 Spc. emissions: 1.893014758676692E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 47) Added total emissions to output array: Species: 124 SpcFlx : 1.893014758676692E-009 OutArr : 1.893014758676692E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 47) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.038556767210336E-010 Spc. emissions: 5.038556767210336E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.038556767210336E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 47) Added total emissions to output array: Species: 135 SpcFlx : 5.038556767210336E-010 OutArr : 5.038556767210336E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.980593696105370E-010 Spc. emissions: 3.980593696105370E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.980593696105370E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 47) Added total emissions to output array: Species: 138 SpcFlx : 3.980593696105370E-010 OutArr : 3.980593696105370E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.609286072408493E-008 Spc. emissions: 1.609286072408493E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 47) Added total emissions to output array: Species: 146 SpcFlx : 1.609286072408493E-008 OutArr : 1.609286072408493E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.667274466481283E-009 Spc. emissions: 7.667274466481283E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 47) Added total emissions to output array: Species: 147 SpcFlx : 7.667274466481283E-009 OutArr : 7.667274466481283E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 47) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.033244899379415E-008 Spc. emissions: 1.033244899379415E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.705402021546209E-009 Spc. emissions: 1.403785101534036E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.435665880286178E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 47) Added total emissions to output array: Species: 161 SpcFlx : 1.435665880286178E-008 OutArr : 1.435665880286178E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 47) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 47) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 47) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.232496987613416E-010 Spc. emissions: 4.232496987613416E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.375108614761202E-009 Spc. emissions: 4.798358313522539E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.728965186443082E-011 Spc. emissions: 4.835647965386950E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.845317177595610E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 47) Added total emissions to output array: Species: 177 SpcFlx : 4.845317177595610E-009 OutArr : 4.845317177595610E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 47) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.072159359892773E-008 Spc. emissions: 1.072159359892773E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 47) Added total emissions to output array: Species: 190 SpcFlx : 1.072159359892773E-008 OutArr : 1.072159359892773E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.072159359892773E-008 Spc. emissions: 1.072159359892773E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 47) Added total emissions to output array: Species: 191 SpcFlx : 1.072159359892773E-008 OutArr : 1.072159359892773E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.901165317258038E-009 Spc. emissions: 5.901165317258038E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 47) Added total emissions to output array: Species: 192 SpcFlx : 5.901165317258038E-009 OutArr : 5.901165317258038E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.489200715529115E-007 Spc. emissions: 6.489200715529115E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 47) Added total emissions to output array: Species: 193 SpcFlx : 6.489200715529115E-007 OutArr : 6.489200715529115E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.489200715529115E-007 Spc. emissions: 6.489200715529115E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 47) Added total emissions to output array: Species: 194 SpcFlx : 6.489200715529115E-007 OutArr : 6.489200715529115E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.571656195123477E-007 Spc. emissions: 3.571656195123477E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 47) Added total emissions to output array: Species: 195 SpcFlx : 3.571656195123477E-007 OutArr : 3.571656195123477E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 47) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 47) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.451178225908187E-009 Spc. emissions: 4.451178225908187E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.824206643020323E-009 Spc. emissions: 7.275384868928508E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.010294083558139E-011 Spc. emissions: 7.285487809764072E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.295221516715558E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 47) Added total emissions to output array: Species: 201 SpcFlx : 7.295221516715558E-009 OutArr : 7.295221516715558E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.824206643020323E-009 Spc. emissions: 2.824206643020323E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 47) Added total emissions to output array: Species: 202 SpcFlx : 2.824206643020323E-009 OutArr : 2.824206643020323E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.099051929098900E-009 Spc. emissions: 1.099051929098900E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.152230077397967E-012 Spc. emissions: 1.108204159176300E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 47) Added total emissions to output array: Species: 203 SpcFlx : 1.108204159176300E-009 OutArr : 1.108204159176300E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.021233358824698E-009 Spc. emissions: 1.021233358824698E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.056119600231224E-012 Spc. emissions: 1.030289478424926E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 47) Added total emissions to output array: Species: 204 SpcFlx : 1.030289478424926E-009 OutArr : 1.030289478424926E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.706420689568556E-009 Spc. emissions: 3.706420689568556E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.706420689568556E-009 OutArr : 3.706420689568556E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 47) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 47) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 47) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 47) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 47) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 47) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 47) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 47) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.785292143563653E-009 Spc. emissions: 2.785292143563653E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.785292143563653E-009 OutArr : 2.785292143563653E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 47) Successfully updated diagnostics: EmisNO2_Ship (counter: 47) Successfully updated diagnostics: EmisHNO3_Ship (counter: 47) Successfully updated diagnostics: EmisO3_Ship (counter: 47) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 47) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 47) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 47) Successfully updated diagnostics: EmisCO_BioBurn (counter: 47) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 47) Successfully updated diagnostics: EmisACET_BioBurn (counter: 47) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 47) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 47) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 47) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 47) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 47) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 47) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 47) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 47) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 47) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 47) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 47) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 47) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 47) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 47) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 47) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 47) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 47) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 47) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 47) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 47) Successfully updated diagnostics: EmisALD2_Total (counter: 47) Successfully updated diagnostics: EmisALK4_Total (counter: 47) Successfully updated diagnostics: EmisBCPI_Total (counter: 47) Successfully updated diagnostics: EmisBCPO_Total (counter: 47) Successfully updated diagnostics: EmisBENZ_Total (counter: 47) Successfully updated diagnostics: EmisC2H6_Total (counter: 47) Successfully updated diagnostics: EmisC3H8_Total (counter: 47) Successfully updated diagnostics: EmisCH2O_Total (counter: 47) Successfully updated diagnostics: EmisCO_Total (counter: 47) Successfully updated diagnostics: EmisDST1_Total (counter: 47) Successfully updated diagnostics: EmisEOH_Total (counter: 47) Successfully updated diagnostics: EmisHCOOH_Total (counter: 47) Successfully updated diagnostics: EmisISOP_Total (counter: 47) Successfully updated diagnostics: EmisMACR_Total (counter: 47) Successfully updated diagnostics: EmisMEK_Total (counter: 47) Successfully updated diagnostics: EmisMOH_Total (counter: 47) Successfully updated diagnostics: EmisMTPA_Total (counter: 47) Successfully updated diagnostics: EmisNH3_Total (counter: 47) Successfully updated diagnostics: EmisNO_Total (counter: 47) Successfully updated diagnostics: EmisOCPI_Total (counter: 47) Successfully updated diagnostics: EmisOCPO_Total (counter: 47) Successfully updated diagnostics: EmispFe_Total (counter: 47) Successfully updated diagnostics: EmisPRPE_Total (counter: 47) Successfully updated diagnostics: EmisRCHO_Total (counter: 47) Successfully updated diagnostics: EmisSO2_Total (counter: 47) Successfully updated diagnostics: EmisSO4_Total (counter: 47) Successfully updated diagnostics: EmisSOAP_Total (counter: 47) Successfully updated diagnostics: EmisTOLU_Total (counter: 47) Successfully updated diagnostics: EmisXYLE_Total (counter: 47) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 15:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 15:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.719734856375725E-009 Spc. emissions: 8.719734856375725E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.719935444175361E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.719935444175361E-009 OutArr : 8.719935444175361E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.355440332388595E-010 Spc. emissions: 2.355440332388595E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.323949435204887E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.447411588584606E-009 Spc. emissions: 4.771361023789496E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.771361023789496E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.773680993241706E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.773680993241706E-009 OutArr : 4.773680993241706E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.855414199001098E-009 Spc. emissions: 9.855414199001098E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.114532239091757E-010 Spc. emissions: 1.006686742291028E-008 Successfully updated diagnostics: EmisALK4_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 1.007847813188555E-008 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 48) Added total emissions to output array: Species: 5 SpcFlx : 1.007847813188555E-008 OutArr : 1.007847813188555E-008 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 48) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 48) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 8.633998622562283E-010 Spc. emissions: 8.633998622562283E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.548618776038842E-011 Spc. emissions: 8.788860500166148E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 48) Added total emissions to output array: Species: 9 SpcFlx : 8.788860500166148E-010 OutArr : 8.788860500166148E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.262256250731753E-011 Spc. emissions: 2.262256250731753E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 48) Added total emissions to output array: Species: 16 SpcFlx : 2.262256250731753E-011 OutArr : 2.262256250731753E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.369221351798564E-009 Spc. emissions: 1.369221351798564E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 48) Added total emissions to output array: Species: 17 SpcFlx : 1.369221351798564E-009 OutArr : 1.369221351798564E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.183905538919271E-011 Spc. emissions: 1.624678973611232E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.624962166401769E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 48) Added total emissions to output array: Species: 18 SpcFlx : 1.624962166401769E-009 OutArr : 1.624962166401769E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.078697356096327E-009 Spc. emissions: 2.078697356096327E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 8.832770398487915E-011 Spc. emissions: 2.167025060081205E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.167067468142571E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 48) Added total emissions to output array: Species: 19 SpcFlx : 2.167067468142571E-009 OutArr : 2.167067468142571E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 48) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 48) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 48) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 48) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.208836985457133E-010 Spc. emissions: 3.208836985457133E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.208836985457133E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.275680687202511E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 48) Added total emissions to output array: Species: 31 SpcFlx : 3.275680687202511E-010 OutArr : 3.275680687202511E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 48) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 48) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 6.450983097703881E-008 Spc. emissions: 6.450983097703881E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.464194360677158E-010 Spc. emissions: 6.465625041310640E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 6.479731863332869E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 48) Added total emissions to output array: Species: 47 SpcFlx : 6.479731863332869E-008 OutArr : 6.479731863332869E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.756499573337314E-008 Spc. emissions: 1.951448543914994E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 48) Added total emissions to output array: Species: 49 SpcFlx : 1.951448543914994E-008 OutArr : 1.951448543914994E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.411886804742270E-008 Spc. emissions: 4.411886804742270E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 48) Added total emissions to output array: Species: 50 SpcFlx : 4.411886804742270E-008 OutArr : 4.411886804742270E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 8.005143377723954E-008 Spc. emissions: 8.005143377723954E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 48) Added total emissions to output array: Species: 51 SpcFlx : 8.005143377723954E-008 OutArr : 8.005143377723954E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.757273849769220E-008 Spc. emissions: 8.757273849769220E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 48) Added total emissions to output array: Species: 52 SpcFlx : 8.757273849769220E-008 OutArr : 8.757273849769220E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.985445272079027E-010 Spc. emissions: 2.985445272079027E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.374293114656578E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.446265388652181E-009 Spc. emissions: 4.820558503308771E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.820558503308771E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 48) Added total emissions to output array: Species: 53 SpcFlx : 4.820558503308771E-009 OutArr : 4.820558503308771E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.218260717656017E-009 Spc. emissions: 1.218260717656017E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.218260717656017E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 48) Added total emissions to output array: Species: 72 SpcFlx : 1.218260717656017E-009 OutArr : 1.218260717656017E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.744904294872590E-008 Spc. emissions: 7.744904294872590E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 48) Added total emissions to output array: Species: 121 SpcFlx : 7.744904294872590E-008 OutArr : 7.744904294872590E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.893014758676692E-009 Spc. emissions: 1.893014758676692E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 48) Added total emissions to output array: Species: 124 SpcFlx : 1.893014758676692E-009 OutArr : 1.893014758676692E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 48) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.038556767210336E-010 Spc. emissions: 5.038556767210336E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.038556767210336E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 48) Added total emissions to output array: Species: 135 SpcFlx : 5.038556767210336E-010 OutArr : 5.038556767210336E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.980593696105370E-010 Spc. emissions: 3.980593696105370E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.980593696105370E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 48) Added total emissions to output array: Species: 138 SpcFlx : 3.980593696105370E-010 OutArr : 3.980593696105370E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.609286072408493E-008 Spc. emissions: 1.609286072408493E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 48) Added total emissions to output array: Species: 146 SpcFlx : 1.609286072408493E-008 OutArr : 1.609286072408493E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.667274466481283E-009 Spc. emissions: 7.667274466481283E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 48) Added total emissions to output array: Species: 147 SpcFlx : 7.667274466481283E-009 OutArr : 7.667274466481283E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 48) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 1.033244899379415E-008 Spc. emissions: 1.033244899379415E-008 Successfully updated diagnostics: EmisNO_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.705402021546209E-009 Spc. emissions: 1.403785101534036E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.435665880286178E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 48) Added total emissions to output array: Species: 161 SpcFlx : 1.435665880286178E-008 OutArr : 1.435665880286178E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 48) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 48) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 48) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 4.232496987613416E-010 Spc. emissions: 4.232496987613416E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.375108614761202E-009 Spc. emissions: 4.798358313522539E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.728965186443082E-011 Spc. emissions: 4.835647965386950E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.845317177595610E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 48) Added total emissions to output array: Species: 177 SpcFlx : 4.845317177595610E-009 OutArr : 4.845317177595610E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 48) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.072159359892773E-008 Spc. emissions: 1.072159359892773E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 48) Added total emissions to output array: Species: 190 SpcFlx : 1.072159359892773E-008 OutArr : 1.072159359892773E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.072159359892773E-008 Spc. emissions: 1.072159359892773E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 48) Added total emissions to output array: Species: 191 SpcFlx : 1.072159359892773E-008 OutArr : 1.072159359892773E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.901165317258038E-009 Spc. emissions: 5.901165317258038E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 48) Added total emissions to output array: Species: 192 SpcFlx : 5.901165317258038E-009 OutArr : 5.901165317258038E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.489200715529115E-007 Spc. emissions: 6.489200715529115E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 48) Added total emissions to output array: Species: 193 SpcFlx : 6.489200715529115E-007 OutArr : 6.489200715529115E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.489200715529115E-007 Spc. emissions: 6.489200715529115E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 48) Added total emissions to output array: Species: 194 SpcFlx : 6.489200715529115E-007 OutArr : 6.489200715529115E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.571656195123477E-007 Spc. emissions: 3.571656195123477E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 48) Added total emissions to output array: Species: 195 SpcFlx : 3.571656195123477E-007 OutArr : 3.571656195123477E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 48) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 48) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.451178225908187E-009 Spc. emissions: 4.451178225908187E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.824206643020323E-009 Spc. emissions: 7.275384868928508E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.010294083558139E-011 Spc. emissions: 7.285487809764072E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.295221516715558E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 48) Added total emissions to output array: Species: 201 SpcFlx : 7.295221516715558E-009 OutArr : 7.295221516715558E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.824206643020323E-009 Spc. emissions: 2.824206643020323E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 48) Added total emissions to output array: Species: 202 SpcFlx : 2.824206643020323E-009 OutArr : 2.824206643020323E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.099051929098900E-009 Spc. emissions: 1.099051929098900E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.152230077397967E-012 Spc. emissions: 1.108204159176300E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 48) Added total emissions to output array: Species: 203 SpcFlx : 1.108204159176300E-009 OutArr : 1.108204159176300E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.021233358824698E-009 Spc. emissions: 1.021233358824698E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 12 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 9.056119600231224E-012 Spc. emissions: 1.030289478424926E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 48) Added total emissions to output array: Species: 204 SpcFlx : 1.030289478424926E-009 OutArr : 1.030289478424926E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.706420689568556E-009 Spc. emissions: 3.706420689568556E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.706420689568556E-009 OutArr : 3.706420689568556E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 48) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 48) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 48) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 48) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 48) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 48) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 48) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 48) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.200780 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.785292143563653E-009 Spc. emissions: 2.785292143563653E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.785292143563653E-009 OutArr : 2.785292143563653E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 48) Successfully updated diagnostics: EmisNO2_Ship (counter: 48) Successfully updated diagnostics: EmisHNO3_Ship (counter: 48) Successfully updated diagnostics: EmisO3_Ship (counter: 48) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 48) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 48) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 48) Successfully updated diagnostics: EmisCO_BioBurn (counter: 48) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 48) Successfully updated diagnostics: EmisACET_BioBurn (counter: 48) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 48) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 48) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 48) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 48) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 48) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 48) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 48) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 48) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 48) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 48) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 48) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 48) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 48) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 48) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 48) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 48) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 48) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 48) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 48) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 48) Successfully updated diagnostics: EmisALD2_Total (counter: 48) Successfully updated diagnostics: EmisALK4_Total (counter: 48) Successfully updated diagnostics: EmisBCPI_Total (counter: 48) Successfully updated diagnostics: EmisBCPO_Total (counter: 48) Successfully updated diagnostics: EmisBENZ_Total (counter: 48) Successfully updated diagnostics: EmisC2H6_Total (counter: 48) Successfully updated diagnostics: EmisC3H8_Total (counter: 48) Successfully updated diagnostics: EmisCH2O_Total (counter: 48) Successfully updated diagnostics: EmisCO_Total (counter: 48) Successfully updated diagnostics: EmisDST1_Total (counter: 48) Successfully updated diagnostics: EmisEOH_Total (counter: 48) Successfully updated diagnostics: EmisHCOOH_Total (counter: 48) Successfully updated diagnostics: EmisISOP_Total (counter: 48) Successfully updated diagnostics: EmisMACR_Total (counter: 48) Successfully updated diagnostics: EmisMEK_Total (counter: 48) Successfully updated diagnostics: EmisMOH_Total (counter: 48) Successfully updated diagnostics: EmisMTPA_Total (counter: 48) Successfully updated diagnostics: EmisNH3_Total (counter: 48) Successfully updated diagnostics: EmisNO_Total (counter: 48) Successfully updated diagnostics: EmisOCPI_Total (counter: 48) Successfully updated diagnostics: EmisOCPO_Total (counter: 48) Successfully updated diagnostics: EmispFe_Total (counter: 48) Successfully updated diagnostics: EmisPRPE_Total (counter: 48) Successfully updated diagnostics: EmisRCHO_Total (counter: 48) Successfully updated diagnostics: EmisSO2_Total (counter: 48) Successfully updated diagnostics: EmisSO4_Total (counter: 48) Successfully updated diagnostics: EmisSOAP_Total (counter: 48) Successfully updated diagnostics: EmisTOLU_Total (counter: 48) Successfully updated diagnostics: EmisXYLE_Total (counter: 48) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 15:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 16:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.913392162697274E-009 Spc. emissions: 8.913392162697274E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.913592750496907E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.913592750496907E-009 OutArr : 8.913592750496907E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.123169057080616E-010 Spc. emissions: 2.123169057080616E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.300722307674091E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.589795584366164E-009 Spc. emissions: 4.890517892040241E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.890517892040241E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.892837861492463E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.892837861492463E-009 OutArr : 4.892837861492463E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.193274522659526E-009 Spc. emissions: 9.193274522659526E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.042878478932302E-010 Spc. emissions: 9.397562370552759E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.409173079528040E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 49) Added total emissions to output array: Species: 5 SpcFlx : 9.409173079528040E-009 OutArr : 9.409173079528040E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 49) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 49) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.962079816658921E-010 Spc. emissions: 7.962079816658921E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.536413805527571E-011 Spc. emissions: 8.115721197211661E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 49) Added total emissions to output array: Species: 9 SpcFlx : 8.115721197211661E-010 OutArr : 8.115721197211661E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.259204014610269E-011 Spc. emissions: 2.259204014610269E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 49) Added total emissions to output array: Species: 16 SpcFlx : 2.259204014610269E-011 OutArr : 2.259204014610269E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.367374010091436E-009 Spc. emissions: 1.367374010091436E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 49) Added total emissions to output array: Species: 17 SpcFlx : 1.367374010091436E-009 OutArr : 1.367374010091436E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.050179068820530E-011 Spc. emissions: 1.623341708910244E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.623624901700782E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 49) Added total emissions to output array: Species: 18 SpcFlx : 1.623624901700782E-009 OutArr : 1.623624901700782E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.951504449918049E-009 Spc. emissions: 1.951504449918049E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 8.461787286669418E-011 Spc. emissions: 2.036122322784743E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.036164730846111E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 49) Added total emissions to output array: Species: 19 SpcFlx : 2.036164730846111E-009 OutArr : 2.036164730846111E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 49) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 49) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 49) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 49) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.075043493708882E-010 Spc. emissions: 3.075043493708882E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.075043493708882E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.141887195454260E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 49) Added total emissions to output array: Species: 31 SpcFlx : 3.141887195454260E-010 OutArr : 3.141887195454260E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 49) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 49) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 6.043408933100395E-008 Spc. emissions: 6.043408933100395E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.453802662433393E-010 Spc. emissions: 6.057946959724706E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 6.072053781746925E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 49) Added total emissions to output array: Species: 47 SpcFlx : 6.072053781746925E-008 OutArr : 6.072053781746925E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.703105044493933E-008 Spc. emissions: 1.898054015071612E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 49) Added total emissions to output array: Species: 49 SpcFlx : 1.898054015071612E-008 OutArr : 1.898054015071612E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.277772969652868E-008 Spc. emissions: 4.277772969652868E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 49) Added total emissions to output array: Species: 50 SpcFlx : 4.277772969652868E-008 OutArr : 4.277772969652868E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.761801190422917E-008 Spc. emissions: 7.761801190422917E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 49) Added total emissions to output array: Species: 51 SpcFlx : 7.761801190422917E-008 OutArr : 7.761801190422917E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.491067871171620E-008 Spc. emissions: 8.491067871171620E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 49) Added total emissions to output array: Species: 52 SpcFlx : 8.491067871171620E-008 OutArr : 8.491067871171620E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.727505961199945E-010 Spc. emissions: 2.727505961199945E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.348499183568670E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.588602039654632E-009 Spc. emissions: 4.937101223223304E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.937101223223304E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 49) Added total emissions to output array: Species: 53 SpcFlx : 4.937101223223304E-009 OutArr : 4.937101223223304E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.090886047668167E-009 Spc. emissions: 1.090886047668167E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.090886047668167E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 49) Added total emissions to output array: Species: 72 SpcFlx : 1.090886047668167E-009 OutArr : 1.090886047668167E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.156868985512388E-008 Spc. emissions: 8.156868985512388E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 49) Added total emissions to output array: Species: 121 SpcFlx : 8.156868985512388E-008 OutArr : 8.156868985512388E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.879960514059683E-009 Spc. emissions: 1.879960514059683E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 49) Added total emissions to output array: Species: 124 SpcFlx : 1.879960514059683E-009 OutArr : 1.879960514059683E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 49) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.725606741354093E-010 Spc. emissions: 4.725606741354093E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.725606741354093E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 49) Added total emissions to output array: Species: 135 SpcFlx : 4.725606741354093E-010 OutArr : 4.725606741354093E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.636674614933262E-010 Spc. emissions: 3.636674614933262E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.636674614933262E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 49) Added total emissions to output array: Species: 138 SpcFlx : 3.636674614933262E-010 OutArr : 3.636674614933262E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.653516373981813E-008 Spc. emissions: 1.653516373981813E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 49) Added total emissions to output array: Species: 146 SpcFlx : 1.653516373981813E-008 OutArr : 1.653516373981813E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.997991519125414E-009 Spc. emissions: 7.997991519125414E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 49) Added total emissions to output array: Species: 147 SpcFlx : 7.997991519125414E-009 OutArr : 7.997991519125414E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 49) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 9.417048709611329E-009 Spc. emissions: 9.417048709611329E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.670218603455412E-009 Spc. emissions: 1.308726731306675E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.340607510058814E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 49) Added total emissions to output array: Species: 161 SpcFlx : 1.340607510058814E-008 OutArr : 1.340607510058814E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 49) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 49) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 49) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.816583907882938E-010 Spc. emissions: 3.816583907882938E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.331732122817987E-009 Spc. emissions: 4.713390513606301E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.702452769580184E-011 Spc. emissions: 4.750415041302084E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.760084253510735E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 49) Added total emissions to output array: Species: 177 SpcFlx : 4.760084253510735E-009 OutArr : 4.760084253510735E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 49) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.070712802490094E-008 Spc. emissions: 1.070712802490094E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 49) Added total emissions to output array: Species: 190 SpcFlx : 1.070712802490094E-008 OutArr : 1.070712802490094E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.070712802490094E-008 Spc. emissions: 1.070712802490094E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 49) Added total emissions to output array: Species: 191 SpcFlx : 1.070712802490094E-008 OutArr : 1.070712802490094E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.893203465043289E-009 Spc. emissions: 5.893203465043289E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 49) Added total emissions to output array: Species: 192 SpcFlx : 5.893203465043289E-009 OutArr : 5.893203465043289E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.480445541566952E-007 Spc. emissions: 6.480445541566952E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 49) Added total emissions to output array: Species: 193 SpcFlx : 6.480445541566952E-007 OutArr : 6.480445541566952E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.480445541566952E-007 Spc. emissions: 6.480445541566952E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 49) Added total emissions to output array: Species: 194 SpcFlx : 6.480445541566952E-007 OutArr : 6.480445541566952E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.566837347211040E-007 Spc. emissions: 3.566837347211040E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 49) Added total emissions to output array: Species: 195 SpcFlx : 3.566837347211040E-007 OutArr : 3.566837347211040E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 49) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 49) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.169952059376847E-009 Spc. emissions: 4.169952059376847E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.939191887807880E-009 Spc. emissions: 7.109143947184724E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.003123811949565E-011 Spc. emissions: 7.119175185304193E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.128908892255679E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 49) Added total emissions to output array: Species: 201 SpcFlx : 7.128908892255679E-009 OutArr : 7.128908892255679E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.939191887807880E-009 Spc. emissions: 2.939191887807880E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 49) Added total emissions to output array: Species: 202 SpcFlx : 2.939191887807880E-009 OutArr : 2.939191887807880E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.030309130767780E-009 Spc. emissions: 1.030309130767780E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.063268827109934E-012 Spc. emissions: 1.039372399594892E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 49) Added total emissions to output array: Species: 203 SpcFlx : 1.039372399594892E-009 OutArr : 1.039372399594892E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.645554604850929E-010 Spc. emissions: 9.645554604850929E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 8.920061318246226E-012 Spc. emissions: 9.734755218033351E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 49) Added total emissions to output array: Species: 204 SpcFlx : 9.734755218033351E-010 OutArr : 9.734755218033351E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.886639135855180E-009 Spc. emissions: 3.886639135855180E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.886639135855180E-009 OutArr : 3.886639135855180E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 49) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 49) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 49) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 49) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 49) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 49) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 49) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 49) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.780138408774549E-009 Spc. emissions: 2.780138408774549E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.780138408774549E-009 OutArr : 2.780138408774549E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 49) Successfully updated diagnostics: EmisNO2_Ship (counter: 49) Successfully updated diagnostics: EmisHNO3_Ship (counter: 49) Successfully updated diagnostics: EmisO3_Ship (counter: 49) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 49) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 49) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 49) Successfully updated diagnostics: EmisCO_BioBurn (counter: 49) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 49) Successfully updated diagnostics: EmisACET_BioBurn (counter: 49) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 49) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 49) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 49) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 49) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 49) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 49) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 49) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 49) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 49) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 49) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 49) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 49) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 49) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 49) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 49) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 49) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 49) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 49) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 49) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 49) Successfully updated diagnostics: EmisALD2_Total (counter: 49) Successfully updated diagnostics: EmisALK4_Total (counter: 49) Successfully updated diagnostics: EmisBCPI_Total (counter: 49) Successfully updated diagnostics: EmisBCPO_Total (counter: 49) Successfully updated diagnostics: EmisBENZ_Total (counter: 49) Successfully updated diagnostics: EmisC2H6_Total (counter: 49) Successfully updated diagnostics: EmisC3H8_Total (counter: 49) Successfully updated diagnostics: EmisCH2O_Total (counter: 49) Successfully updated diagnostics: EmisCO_Total (counter: 49) Successfully updated diagnostics: EmisDST1_Total (counter: 49) Successfully updated diagnostics: EmisEOH_Total (counter: 49) Successfully updated diagnostics: EmisHCOOH_Total (counter: 49) Successfully updated diagnostics: EmisISOP_Total (counter: 49) Successfully updated diagnostics: EmisMACR_Total (counter: 49) Successfully updated diagnostics: EmisMEK_Total (counter: 49) Successfully updated diagnostics: EmisMOH_Total (counter: 49) Successfully updated diagnostics: EmisMTPA_Total (counter: 49) Successfully updated diagnostics: EmisNH3_Total (counter: 49) Successfully updated diagnostics: EmisNO_Total (counter: 49) Successfully updated diagnostics: EmisOCPI_Total (counter: 49) Successfully updated diagnostics: EmisOCPO_Total (counter: 49) Successfully updated diagnostics: EmispFe_Total (counter: 49) Successfully updated diagnostics: EmisPRPE_Total (counter: 49) Successfully updated diagnostics: EmisRCHO_Total (counter: 49) Successfully updated diagnostics: EmisSO2_Total (counter: 49) Successfully updated diagnostics: EmisSO4_Total (counter: 49) Successfully updated diagnostics: EmisSOAP_Total (counter: 49) Successfully updated diagnostics: EmisTOLU_Total (counter: 49) Successfully updated diagnostics: EmisXYLE_Total (counter: 49) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 16:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 16:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.913392162697274E-009 Spc. emissions: 8.913392162697274E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.913592750496907E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.913592750496907E-009 OutArr : 8.913592750496907E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.123169057080616E-010 Spc. emissions: 2.123169057080616E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.300722307674091E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.589795584366164E-009 Spc. emissions: 4.890517892040241E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.890517892040241E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.892837861492463E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.892837861492463E-009 OutArr : 4.892837861492463E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.193274522659526E-009 Spc. emissions: 9.193274522659526E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.042878478932302E-010 Spc. emissions: 9.397562370552759E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.409173079528040E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 50) Added total emissions to output array: Species: 5 SpcFlx : 9.409173079528040E-009 OutArr : 9.409173079528040E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 50) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 50) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.962079816658921E-010 Spc. emissions: 7.962079816658921E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.536413805527571E-011 Spc. emissions: 8.115721197211661E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 50) Added total emissions to output array: Species: 9 SpcFlx : 8.115721197211661E-010 OutArr : 8.115721197211661E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.259204014610269E-011 Spc. emissions: 2.259204014610269E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 50) Added total emissions to output array: Species: 16 SpcFlx : 2.259204014610269E-011 OutArr : 2.259204014610269E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.367374010091436E-009 Spc. emissions: 1.367374010091436E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 50) Added total emissions to output array: Species: 17 SpcFlx : 1.367374010091436E-009 OutArr : 1.367374010091436E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.050179068820530E-011 Spc. emissions: 1.623341708910244E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.623624901700782E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 50) Added total emissions to output array: Species: 18 SpcFlx : 1.623624901700782E-009 OutArr : 1.623624901700782E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.951504449918049E-009 Spc. emissions: 1.951504449918049E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 8.461787286669418E-011 Spc. emissions: 2.036122322784743E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.036164730846111E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 50) Added total emissions to output array: Species: 19 SpcFlx : 2.036164730846111E-009 OutArr : 2.036164730846111E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 50) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 50) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 50) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 50) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.075043493708882E-010 Spc. emissions: 3.075043493708882E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.075043493708882E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.141887195454260E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 50) Added total emissions to output array: Species: 31 SpcFlx : 3.141887195454260E-010 OutArr : 3.141887195454260E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 50) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 50) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 6.043408933100395E-008 Spc. emissions: 6.043408933100395E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.453802662433393E-010 Spc. emissions: 6.057946959724706E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 6.072053781746925E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 50) Added total emissions to output array: Species: 47 SpcFlx : 6.072053781746925E-008 OutArr : 6.072053781746925E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.703105044493933E-008 Spc. emissions: 1.898054015071612E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 50) Added total emissions to output array: Species: 49 SpcFlx : 1.898054015071612E-008 OutArr : 1.898054015071612E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.277772969652868E-008 Spc. emissions: 4.277772969652868E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 50) Added total emissions to output array: Species: 50 SpcFlx : 4.277772969652868E-008 OutArr : 4.277772969652868E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.761801190422917E-008 Spc. emissions: 7.761801190422917E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 50) Added total emissions to output array: Species: 51 SpcFlx : 7.761801190422917E-008 OutArr : 7.761801190422917E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.491067871171620E-008 Spc. emissions: 8.491067871171620E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 50) Added total emissions to output array: Species: 52 SpcFlx : 8.491067871171620E-008 OutArr : 8.491067871171620E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.727505961199945E-010 Spc. emissions: 2.727505961199945E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.348499183568670E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.588602039654632E-009 Spc. emissions: 4.937101223223304E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.937101223223304E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 50) Added total emissions to output array: Species: 53 SpcFlx : 4.937101223223304E-009 OutArr : 4.937101223223304E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.090886047668167E-009 Spc. emissions: 1.090886047668167E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.090886047668167E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 50) Added total emissions to output array: Species: 72 SpcFlx : 1.090886047668167E-009 OutArr : 1.090886047668167E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.156868985512388E-008 Spc. emissions: 8.156868985512388E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 50) Added total emissions to output array: Species: 121 SpcFlx : 8.156868985512388E-008 OutArr : 8.156868985512388E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.879960514059683E-009 Spc. emissions: 1.879960514059683E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 50) Added total emissions to output array: Species: 124 SpcFlx : 1.879960514059683E-009 OutArr : 1.879960514059683E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 50) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.725606741354093E-010 Spc. emissions: 4.725606741354093E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.725606741354093E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 50) Added total emissions to output array: Species: 135 SpcFlx : 4.725606741354093E-010 OutArr : 4.725606741354093E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.636674614933262E-010 Spc. emissions: 3.636674614933262E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.636674614933262E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 50) Added total emissions to output array: Species: 138 SpcFlx : 3.636674614933262E-010 OutArr : 3.636674614933262E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.653516373981813E-008 Spc. emissions: 1.653516373981813E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 50) Added total emissions to output array: Species: 146 SpcFlx : 1.653516373981813E-008 OutArr : 1.653516373981813E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.997991519125414E-009 Spc. emissions: 7.997991519125414E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 50) Added total emissions to output array: Species: 147 SpcFlx : 7.997991519125414E-009 OutArr : 7.997991519125414E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 50) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 9.417048709611329E-009 Spc. emissions: 9.417048709611329E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.670218603455412E-009 Spc. emissions: 1.308726731306675E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.340607510058814E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 50) Added total emissions to output array: Species: 161 SpcFlx : 1.340607510058814E-008 OutArr : 1.340607510058814E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 50) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 50) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 50) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.816583907882938E-010 Spc. emissions: 3.816583907882938E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.331732122817987E-009 Spc. emissions: 4.713390513606301E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.702452769580184E-011 Spc. emissions: 4.750415041302084E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.760084253510735E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 50) Added total emissions to output array: Species: 177 SpcFlx : 4.760084253510735E-009 OutArr : 4.760084253510735E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 50) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.070712802490094E-008 Spc. emissions: 1.070712802490094E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 50) Added total emissions to output array: Species: 190 SpcFlx : 1.070712802490094E-008 OutArr : 1.070712802490094E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.070712802490094E-008 Spc. emissions: 1.070712802490094E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 50) Added total emissions to output array: Species: 191 SpcFlx : 1.070712802490094E-008 OutArr : 1.070712802490094E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.893203465043289E-009 Spc. emissions: 5.893203465043289E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 50) Added total emissions to output array: Species: 192 SpcFlx : 5.893203465043289E-009 OutArr : 5.893203465043289E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.480445541566952E-007 Spc. emissions: 6.480445541566952E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 50) Added total emissions to output array: Species: 193 SpcFlx : 6.480445541566952E-007 OutArr : 6.480445541566952E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.480445541566952E-007 Spc. emissions: 6.480445541566952E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 50) Added total emissions to output array: Species: 194 SpcFlx : 6.480445541566952E-007 OutArr : 6.480445541566952E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.566837347211040E-007 Spc. emissions: 3.566837347211040E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 50) Added total emissions to output array: Species: 195 SpcFlx : 3.566837347211040E-007 OutArr : 3.566837347211040E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 50) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 50) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.169952059376847E-009 Spc. emissions: 4.169952059376847E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.939191887807880E-009 Spc. emissions: 7.109143947184724E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.003123811949565E-011 Spc. emissions: 7.119175185304193E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.128908892255679E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 50) Added total emissions to output array: Species: 201 SpcFlx : 7.128908892255679E-009 OutArr : 7.128908892255679E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.939191887807880E-009 Spc. emissions: 2.939191887807880E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 50) Added total emissions to output array: Species: 202 SpcFlx : 2.939191887807880E-009 OutArr : 2.939191887807880E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.030309130767780E-009 Spc. emissions: 1.030309130767780E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.063268827109934E-012 Spc. emissions: 1.039372399594892E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 50) Added total emissions to output array: Species: 203 SpcFlx : 1.039372399594892E-009 OutArr : 1.039372399594892E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.645554604850929E-010 Spc. emissions: 9.645554604850929E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 8.920061318246226E-012 Spc. emissions: 9.734755218033351E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 50) Added total emissions to output array: Species: 204 SpcFlx : 9.734755218033351E-010 OutArr : 9.734755218033351E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.886639135855180E-009 Spc. emissions: 3.886639135855180E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.886639135855180E-009 OutArr : 3.886639135855180E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 50) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 50) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 50) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 50) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 50) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 50) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 50) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 50) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.780138408774549E-009 Spc. emissions: 2.780138408774549E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.780138408774549E-009 OutArr : 2.780138408774549E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 50) Successfully updated diagnostics: EmisNO2_Ship (counter: 50) Successfully updated diagnostics: EmisHNO3_Ship (counter: 50) Successfully updated diagnostics: EmisO3_Ship (counter: 50) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 50) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 50) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 50) Successfully updated diagnostics: EmisCO_BioBurn (counter: 50) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 50) Successfully updated diagnostics: EmisACET_BioBurn (counter: 50) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 50) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 50) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 50) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 50) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 50) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 50) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 50) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 50) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 50) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 50) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 50) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 50) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 50) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 50) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 50) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 50) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 50) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 50) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 50) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 50) Successfully updated diagnostics: EmisALD2_Total (counter: 50) Successfully updated diagnostics: EmisALK4_Total (counter: 50) Successfully updated diagnostics: EmisBCPI_Total (counter: 50) Successfully updated diagnostics: EmisBCPO_Total (counter: 50) Successfully updated diagnostics: EmisBENZ_Total (counter: 50) Successfully updated diagnostics: EmisC2H6_Total (counter: 50) Successfully updated diagnostics: EmisC3H8_Total (counter: 50) Successfully updated diagnostics: EmisCH2O_Total (counter: 50) Successfully updated diagnostics: EmisCO_Total (counter: 50) Successfully updated diagnostics: EmisDST1_Total (counter: 50) Successfully updated diagnostics: EmisEOH_Total (counter: 50) Successfully updated diagnostics: EmisHCOOH_Total (counter: 50) Successfully updated diagnostics: EmisISOP_Total (counter: 50) Successfully updated diagnostics: EmisMACR_Total (counter: 50) Successfully updated diagnostics: EmisMEK_Total (counter: 50) Successfully updated diagnostics: EmisMOH_Total (counter: 50) Successfully updated diagnostics: EmisMTPA_Total (counter: 50) Successfully updated diagnostics: EmisNH3_Total (counter: 50) Successfully updated diagnostics: EmisNO_Total (counter: 50) Successfully updated diagnostics: EmisOCPI_Total (counter: 50) Successfully updated diagnostics: EmisOCPO_Total (counter: 50) Successfully updated diagnostics: EmispFe_Total (counter: 50) Successfully updated diagnostics: EmisPRPE_Total (counter: 50) Successfully updated diagnostics: EmisRCHO_Total (counter: 50) Successfully updated diagnostics: EmisSO2_Total (counter: 50) Successfully updated diagnostics: EmisSO4_Total (counter: 50) Successfully updated diagnostics: EmisSOAP_Total (counter: 50) Successfully updated diagnostics: EmisTOLU_Total (counter: 50) Successfully updated diagnostics: EmisXYLE_Total (counter: 50) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 16:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 16:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.913392162697274E-009 Spc. emissions: 8.913392162697274E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.913592750496907E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.913592750496907E-009 OutArr : 8.913592750496907E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 2.123169057080616E-010 Spc. emissions: 2.123169057080616E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.300722307674091E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.589795584366164E-009 Spc. emissions: 4.890517892040241E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.890517892040241E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.892837861492463E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.892837861492463E-009 OutArr : 4.892837861492463E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.193274522659526E-009 Spc. emissions: 9.193274522659526E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 2.042878478932302E-010 Spc. emissions: 9.397562370552759E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.409173079528040E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 51) Added total emissions to output array: Species: 5 SpcFlx : 9.409173079528040E-009 OutArr : 9.409173079528040E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 51) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 51) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.962079816658921E-010 Spc. emissions: 7.962079816658921E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.536413805527571E-011 Spc. emissions: 8.115721197211661E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 51) Added total emissions to output array: Species: 9 SpcFlx : 8.115721197211661E-010 OutArr : 8.115721197211661E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.259204014610269E-011 Spc. emissions: 2.259204014610269E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 51) Added total emissions to output array: Species: 16 SpcFlx : 2.259204014610269E-011 OutArr : 2.259204014610269E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.367374010091436E-009 Spc. emissions: 1.367374010091436E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 51) Added total emissions to output array: Species: 17 SpcFlx : 1.367374010091436E-009 OutArr : 1.367374010091436E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 3.050179068820530E-011 Spc. emissions: 1.623341708910244E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.623624901700782E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 51) Added total emissions to output array: Species: 18 SpcFlx : 1.623624901700782E-009 OutArr : 1.623624901700782E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.951504449918049E-009 Spc. emissions: 1.951504449918049E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 8.461787286669418E-011 Spc. emissions: 2.036122322784743E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.036164730846111E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 51) Added total emissions to output array: Species: 19 SpcFlx : 2.036164730846111E-009 OutArr : 2.036164730846111E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 51) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 51) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 51) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 51) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 3.075043493708882E-010 Spc. emissions: 3.075043493708882E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.075043493708882E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 3.141887195454260E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 51) Added total emissions to output array: Species: 31 SpcFlx : 3.141887195454260E-010 OutArr : 3.141887195454260E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 51) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 51) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 6.043408933100395E-008 Spc. emissions: 6.043408933100395E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.453802662433393E-010 Spc. emissions: 6.057946959724706E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 6.072053781746925E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 51) Added total emissions to output array: Species: 47 SpcFlx : 6.072053781746925E-008 OutArr : 6.072053781746925E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.703105044493933E-008 Spc. emissions: 1.898054015071612E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 51) Added total emissions to output array: Species: 49 SpcFlx : 1.898054015071612E-008 OutArr : 1.898054015071612E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.277772969652868E-008 Spc. emissions: 4.277772969652868E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 51) Added total emissions to output array: Species: 50 SpcFlx : 4.277772969652868E-008 OutArr : 4.277772969652868E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.761801190422917E-008 Spc. emissions: 7.761801190422917E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 51) Added total emissions to output array: Species: 51 SpcFlx : 7.761801190422917E-008 OutArr : 7.761801190422917E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.491067871171620E-008 Spc. emissions: 8.491067871171620E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 51) Added total emissions to output array: Species: 52 SpcFlx : 8.491067871171620E-008 OutArr : 8.491067871171620E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.727505961199945E-010 Spc. emissions: 2.727505961199945E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.348499183568670E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.588602039654632E-009 Spc. emissions: 4.937101223223304E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.937101223223304E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 51) Added total emissions to output array: Species: 53 SpcFlx : 4.937101223223304E-009 OutArr : 4.937101223223304E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.090886047668167E-009 Spc. emissions: 1.090886047668167E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.090886047668167E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 51) Added total emissions to output array: Species: 72 SpcFlx : 1.090886047668167E-009 OutArr : 1.090886047668167E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.156868985512388E-008 Spc. emissions: 8.156868985512388E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 51) Added total emissions to output array: Species: 121 SpcFlx : 8.156868985512388E-008 OutArr : 8.156868985512388E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.879960514059683E-009 Spc. emissions: 1.879960514059683E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 51) Added total emissions to output array: Species: 124 SpcFlx : 1.879960514059683E-009 OutArr : 1.879960514059683E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 51) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.725606741354093E-010 Spc. emissions: 4.725606741354093E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.725606741354093E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 51) Added total emissions to output array: Species: 135 SpcFlx : 4.725606741354093E-010 OutArr : 4.725606741354093E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.636674614933262E-010 Spc. emissions: 3.636674614933262E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.636674614933262E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 51) Added total emissions to output array: Species: 138 SpcFlx : 3.636674614933262E-010 OutArr : 3.636674614933262E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.653516373981813E-008 Spc. emissions: 1.653516373981813E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 51) Added total emissions to output array: Species: 146 SpcFlx : 1.653516373981813E-008 OutArr : 1.653516373981813E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.997991519125414E-009 Spc. emissions: 7.997991519125414E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 51) Added total emissions to output array: Species: 147 SpcFlx : 7.997991519125414E-009 OutArr : 7.997991519125414E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 51) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 9.417048709611329E-009 Spc. emissions: 9.417048709611329E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.670218603455412E-009 Spc. emissions: 1.308726731306675E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.340607510058814E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 51) Added total emissions to output array: Species: 161 SpcFlx : 1.340607510058814E-008 OutArr : 1.340607510058814E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 51) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 51) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 51) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.816583907882938E-010 Spc. emissions: 3.816583907882938E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.331732122817987E-009 Spc. emissions: 4.713390513606301E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.702452769580184E-011 Spc. emissions: 4.750415041302084E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.760084253510735E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 51) Added total emissions to output array: Species: 177 SpcFlx : 4.760084253510735E-009 OutArr : 4.760084253510735E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 51) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.070712802490094E-008 Spc. emissions: 1.070712802490094E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 51) Added total emissions to output array: Species: 190 SpcFlx : 1.070712802490094E-008 OutArr : 1.070712802490094E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.070712802490094E-008 Spc. emissions: 1.070712802490094E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 51) Added total emissions to output array: Species: 191 SpcFlx : 1.070712802490094E-008 OutArr : 1.070712802490094E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.893203465043289E-009 Spc. emissions: 5.893203465043289E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 51) Added total emissions to output array: Species: 192 SpcFlx : 5.893203465043289E-009 OutArr : 5.893203465043289E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.480445541566952E-007 Spc. emissions: 6.480445541566952E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 51) Added total emissions to output array: Species: 193 SpcFlx : 6.480445541566952E-007 OutArr : 6.480445541566952E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.480445541566952E-007 Spc. emissions: 6.480445541566952E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 51) Added total emissions to output array: Species: 194 SpcFlx : 6.480445541566952E-007 OutArr : 6.480445541566952E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.566837347211040E-007 Spc. emissions: 3.566837347211040E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 51) Added total emissions to output array: Species: 195 SpcFlx : 3.566837347211040E-007 OutArr : 3.566837347211040E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 51) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 51) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.169952059376847E-009 Spc. emissions: 4.169952059376847E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.939191887807880E-009 Spc. emissions: 7.109143947184724E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 1.003123811949565E-011 Spc. emissions: 7.119175185304193E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 7.128908892255679E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 51) Added total emissions to output array: Species: 201 SpcFlx : 7.128908892255679E-009 OutArr : 7.128908892255679E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.939191887807880E-009 Spc. emissions: 2.939191887807880E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 51) Added total emissions to output array: Species: 202 SpcFlx : 2.939191887807880E-009 OutArr : 2.939191887807880E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.030309130767780E-009 Spc. emissions: 1.030309130767780E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 9.063268827109934E-012 Spc. emissions: 1.039372399594892E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 51) Added total emissions to output array: Species: 203 SpcFlx : 1.039372399594892E-009 OutArr : 1.039372399594892E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.645554604850929E-010 Spc. emissions: 9.645554604850929E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 13 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 8.920061318246226E-012 Spc. emissions: 9.734755218033351E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 51) Added total emissions to output array: Species: 204 SpcFlx : 9.734755218033351E-010 OutArr : 9.734755218033351E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.886639135855180E-009 Spc. emissions: 3.886639135855180E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.886639135855180E-009 OutArr : 3.886639135855180E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 51) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 51) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 51) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 51) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 51) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 51) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 51) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 51) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.261074 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.780138408774549E-009 Spc. emissions: 2.780138408774549E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.780138408774549E-009 OutArr : 2.780138408774549E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 51) Successfully updated diagnostics: EmisNO2_Ship (counter: 51) Successfully updated diagnostics: EmisHNO3_Ship (counter: 51) Successfully updated diagnostics: EmisO3_Ship (counter: 51) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 51) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 51) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 51) Successfully updated diagnostics: EmisCO_BioBurn (counter: 51) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 51) Successfully updated diagnostics: EmisACET_BioBurn (counter: 51) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 51) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 51) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 51) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 51) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 51) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 51) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 51) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 51) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 51) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 51) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 51) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 51) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 51) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 51) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 51) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 51) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 51) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 51) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 51) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 51) Successfully updated diagnostics: EmisALD2_Total (counter: 51) Successfully updated diagnostics: EmisALK4_Total (counter: 51) Successfully updated diagnostics: EmisBCPI_Total (counter: 51) Successfully updated diagnostics: EmisBCPO_Total (counter: 51) Successfully updated diagnostics: EmisBENZ_Total (counter: 51) Successfully updated diagnostics: EmisC2H6_Total (counter: 51) Successfully updated diagnostics: EmisC3H8_Total (counter: 51) Successfully updated diagnostics: EmisCH2O_Total (counter: 51) Successfully updated diagnostics: EmisCO_Total (counter: 51) Successfully updated diagnostics: EmisDST1_Total (counter: 51) Successfully updated diagnostics: EmisEOH_Total (counter: 51) Successfully updated diagnostics: EmisHCOOH_Total (counter: 51) Successfully updated diagnostics: EmisISOP_Total (counter: 51) Successfully updated diagnostics: EmisMACR_Total (counter: 51) Successfully updated diagnostics: EmisMEK_Total (counter: 51) Successfully updated diagnostics: EmisMOH_Total (counter: 51) Successfully updated diagnostics: EmisMTPA_Total (counter: 51) Successfully updated diagnostics: EmisNH3_Total (counter: 51) Successfully updated diagnostics: EmisNO_Total (counter: 51) Successfully updated diagnostics: EmisOCPI_Total (counter: 51) Successfully updated diagnostics: EmisOCPO_Total (counter: 51) Successfully updated diagnostics: EmispFe_Total (counter: 51) Successfully updated diagnostics: EmisPRPE_Total (counter: 51) Successfully updated diagnostics: EmisRCHO_Total (counter: 51) Successfully updated diagnostics: EmisSO2_Total (counter: 51) Successfully updated diagnostics: EmisSO4_Total (counter: 51) Successfully updated diagnostics: EmisSOAP_Total (counter: 51) Successfully updated diagnostics: EmisTOLU_Total (counter: 51) Successfully updated diagnostics: EmisXYLE_Total (counter: 51) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 16:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 17:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 9.017828164744303E-009 Spc. emissions: 9.017828164744303E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 9.018028752543943E-009 Added total emissions to output array: Species: 1 SpcFlx : 9.018028752543943E-009 OutArr : 9.018028752543943E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.714418496579456E-010 Spc. emissions: 1.714418496579456E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.259847251623974E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.698525761689447E-009 Spc. emissions: 4.958373013313418E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.958373013313418E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.960692982765630E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.960692982765630E-009 OutArr : 4.960692982765630E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 8.264862606794830E-009 Spc. emissions: 8.264862606794830E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.697477336655154E-010 Spc. emissions: 8.434610340460392E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.446221049435681E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 52) Added total emissions to output array: Species: 5 SpcFlx : 8.446221049435681E-009 OutArr : 8.446221049435681E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 52) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 52) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.740776404067165E-010 Spc. emissions: 6.740776404067165E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.352200855812795E-011 Spc. emissions: 6.875996489648425E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 52) Added total emissions to output array: Species: 9 SpcFlx : 6.875996489648425E-010 OutArr : 6.875996489648425E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.256949405711535E-011 Spc. emissions: 2.256949405711535E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 52) Added total emissions to output array: Species: 16 SpcFlx : 2.256949405711535E-011 OutArr : 2.256949405711535E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.366009418268415E-009 Spc. emissions: 1.366009418268415E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 52) Added total emissions to output array: Species: 17 SpcFlx : 1.366009418268415E-009 OutArr : 1.366009418268415E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.485995896143093E-011 Spc. emissions: 1.617699877183469E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.617983069974007E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 52) Added total emissions to output array: Species: 18 SpcFlx : 1.617983069974007E-009 OutArr : 1.617983069974007E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.701273866054911E-009 Spc. emissions: 1.701273866054911E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.896633918225442E-011 Spc. emissions: 1.770240205237165E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.770282613298513E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 52) Added total emissions to output array: Species: 19 SpcFlx : 1.770282613298513E-009 OutArr : 1.770282613298513E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 52) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 52) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 52) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 52) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.672222421704214E-010 Spc. emissions: 2.672222421704214E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.672222421704214E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.739066123449599E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 52) Added total emissions to output array: Species: 31 SpcFlx : 2.739066123449599E-010 OutArr : 2.739066123449599E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 52) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 52) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.317969394168594E-008 Spc. emissions: 5.317969394168594E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.281643724251310E-010 Spc. emissions: 5.330785831411119E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.344892653433405E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 52) Added total emissions to output array: Species: 47 SpcFlx : 5.344892653433405E-008 OutArr : 5.344892653433405E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.636943898852543E-008 Spc. emissions: 1.831892869430222E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 52) Added total emissions to output array: Species: 49 SpcFlx : 1.831892869430222E-008 OutArr : 1.831892869430222E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.111592788184060E-008 Spc. emissions: 4.111592788184060E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 52) Added total emissions to output array: Species: 50 SpcFlx : 4.111592788184060E-008 OutArr : 4.111592788184060E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.460275755360346E-008 Spc. emissions: 7.460275755360346E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 52) Added total emissions to output array: Species: 51 SpcFlx : 7.460275755360346E-008 OutArr : 7.460275755360346E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.161212402899346E-008 Spc. emissions: 8.161212402899346E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 52) Added total emissions to output array: Species: 52 SpcFlx : 8.161212402899346E-008 OutArr : 8.161212402899346E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.263434375226918E-010 Spc. emissions: 2.263434375226918E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.302092024971368E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.697296075374465E-009 Spc. emissions: 4.999388100345828E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.999388100345828E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 52) Added total emissions to output array: Species: 53 SpcFlx : 4.999388100345828E-009 OutArr : 4.999388100345828E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.755864760152553E-010 Spc. emissions: 8.755864760152553E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.755864760152553E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 52) Added total emissions to output array: Species: 72 SpcFlx : 8.755864760152553E-010 OutArr : 8.755864760152553E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.471844188646650E-008 Spc. emissions: 8.471844188646650E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 52) Added total emissions to output array: Species: 121 SpcFlx : 8.471844188646650E-008 OutArr : 8.471844188646650E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.847783754705987E-009 Spc. emissions: 1.847783754705987E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 52) Added total emissions to output array: Species: 124 SpcFlx : 1.847783754705987E-009 OutArr : 1.847783754705987E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 52) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.099321883484977E-010 Spc. emissions: 4.099321883484977E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.099321883484977E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 52) Added total emissions to output array: Species: 135 SpcFlx : 4.099321883484977E-010 OutArr : 4.099321883484977E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.017912500302560E-010 Spc. emissions: 3.017912500302560E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.017912500302560E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 52) Added total emissions to output array: Species: 138 SpcFlx : 3.017912500302560E-010 OutArr : 3.017912500302560E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.669934275863015E-008 Spc. emissions: 1.669934275863015E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 52) Added total emissions to output array: Species: 146 SpcFlx : 1.669934275863015E-008 OutArr : 1.669934275863015E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 8.154513642118021E-009 Spc. emissions: 8.154513642118021E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 52) Added total emissions to output array: Species: 147 SpcFlx : 8.154513642118021E-009 OutArr : 8.154513642118021E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 52) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 8.505559560781839E-009 Spc. emissions: 8.505559560781839E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.555581509222282E-009 Spc. emissions: 1.206114107000412E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.237994885752554E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 52) Added total emissions to output array: Species: 161 SpcFlx : 1.237994885752554E-008 OutArr : 1.237994885752554E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 52) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 52) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 52) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.135795518487003E-010 Spc. emissions: 3.135795518487003E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.252220913633133E-009 Spc. emissions: 4.565800465481839E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.263791031341248E-011 Spc. emissions: 4.598438375795258E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.608107588003917E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 52) Added total emissions to output array: Species: 177 SpcFlx : 4.608107588003917E-009 OutArr : 4.608107588003917E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 52) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.069644267467641E-008 Spc. emissions: 1.069644267467641E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 52) Added total emissions to output array: Species: 190 SpcFlx : 1.069644267467641E-008 OutArr : 1.069644267467641E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.069644267467641E-008 Spc. emissions: 1.069644267467641E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 52) Added total emissions to output array: Species: 191 SpcFlx : 1.069644267467641E-008 OutArr : 1.069644267467641E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.887322248079971E-009 Spc. emissions: 5.887322248079971E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 52) Added total emissions to output array: Species: 192 SpcFlx : 5.887322248079971E-009 OutArr : 5.887322248079971E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.473978281746064E-007 Spc. emissions: 6.473978281746064E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 52) Added total emissions to output array: Species: 193 SpcFlx : 6.473978281746064E-007 OutArr : 6.473978281746064E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.473978281746064E-007 Spc. emissions: 6.473978281746064E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 52) Added total emissions to output array: Species: 194 SpcFlx : 6.473978281746064E-007 OutArr : 6.473978281746064E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.563277767284743E-007 Spc. emissions: 3.563277767284743E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 52) Added total emissions to output array: Species: 195 SpcFlx : 3.563277767284743E-007 OutArr : 3.563277767284743E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 52) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 52) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.669398790053382E-009 Spc. emissions: 3.669398790053382E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 3.009617412139078E-009 Spc. emissions: 6.679016202192454E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.843341475797508E-012 Spc. emissions: 6.687859543668260E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.697593250619749E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 52) Added total emissions to output array: Species: 201 SpcFlx : 6.697593250619749E-009 OutArr : 6.697593250619749E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 3.009617412139078E-009 Spc. emissions: 3.009617412139078E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 52) Added total emissions to output array: Species: 202 SpcFlx : 3.009617412139078E-009 OutArr : 3.009617412139078E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.064741808572077E-010 Spc. emissions: 9.064741808572077E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.945851316254253E-012 Spc. emissions: 9.144200321734622E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 52) Added total emissions to output array: Species: 203 SpcFlx : 9.144200321734622E-010 OutArr : 9.144200321734622E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 8.702158852159742E-010 Spc. emissions: 8.702158852159742E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.732384207331370E-012 Spc. emissions: 8.779482694233075E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 52) Added total emissions to output array: Species: 204 SpcFlx : 8.779482694233075E-010 OutArr : 8.779482694233075E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 4.008509662813499E-009 Spc. emissions: 4.008509662813499E-009 Added total emissions to output array: Species: 205 SpcFlx : 4.008509662813499E-009 OutArr : 4.008509662813499E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 52) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 52) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 52) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 52) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 52) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 52) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 52) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 52) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.770194716874631E-009 Spc. emissions: 2.770194716874631E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.770194716874631E-009 OutArr : 2.770194716874631E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 52) Successfully updated diagnostics: EmisNO2_Ship (counter: 52) Successfully updated diagnostics: EmisHNO3_Ship (counter: 52) Successfully updated diagnostics: EmisO3_Ship (counter: 52) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 52) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 52) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 52) Successfully updated diagnostics: EmisCO_BioBurn (counter: 52) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 52) Successfully updated diagnostics: EmisACET_BioBurn (counter: 52) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 52) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 52) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 52) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 52) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 52) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 52) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 52) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 52) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 52) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 52) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 52) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 52) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 52) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 52) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 52) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 52) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 52) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 52) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 52) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 52) Successfully updated diagnostics: EmisALD2_Total (counter: 52) Successfully updated diagnostics: EmisALK4_Total (counter: 52) Successfully updated diagnostics: EmisBCPI_Total (counter: 52) Successfully updated diagnostics: EmisBCPO_Total (counter: 52) Successfully updated diagnostics: EmisBENZ_Total (counter: 52) Successfully updated diagnostics: EmisC2H6_Total (counter: 52) Successfully updated diagnostics: EmisC3H8_Total (counter: 52) Successfully updated diagnostics: EmisCH2O_Total (counter: 52) Successfully updated diagnostics: EmisCO_Total (counter: 52) Successfully updated diagnostics: EmisDST1_Total (counter: 52) Successfully updated diagnostics: EmisEOH_Total (counter: 52) Successfully updated diagnostics: EmisHCOOH_Total (counter: 52) Successfully updated diagnostics: EmisISOP_Total (counter: 52) Successfully updated diagnostics: EmisMACR_Total (counter: 52) Successfully updated diagnostics: EmisMEK_Total (counter: 52) Successfully updated diagnostics: EmisMOH_Total (counter: 52) Successfully updated diagnostics: EmisMTPA_Total (counter: 52) Successfully updated diagnostics: EmisNH3_Total (counter: 52) Successfully updated diagnostics: EmisNO_Total (counter: 52) Successfully updated diagnostics: EmisOCPI_Total (counter: 52) Successfully updated diagnostics: EmisOCPO_Total (counter: 52) Successfully updated diagnostics: EmispFe_Total (counter: 52) Successfully updated diagnostics: EmisPRPE_Total (counter: 52) Successfully updated diagnostics: EmisRCHO_Total (counter: 52) Successfully updated diagnostics: EmisSO2_Total (counter: 52) Successfully updated diagnostics: EmisSO4_Total (counter: 52) Successfully updated diagnostics: EmisSOAP_Total (counter: 52) Successfully updated diagnostics: EmisTOLU_Total (counter: 52) Successfully updated diagnostics: EmisXYLE_Total (counter: 52) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 17:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 17:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 9.017828164744303E-009 Spc. emissions: 9.017828164744303E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 9.018028752543943E-009 Added total emissions to output array: Species: 1 SpcFlx : 9.018028752543943E-009 OutArr : 9.018028752543943E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.714418496579456E-010 Spc. emissions: 1.714418496579456E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.259847251623974E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.698525761689447E-009 Spc. emissions: 4.958373013313418E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.958373013313418E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.960692982765630E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.960692982765630E-009 OutArr : 4.960692982765630E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 8.264862606794830E-009 Spc. emissions: 8.264862606794830E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.697477336655154E-010 Spc. emissions: 8.434610340460392E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.446221049435681E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 53) Added total emissions to output array: Species: 5 SpcFlx : 8.446221049435681E-009 OutArr : 8.446221049435681E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 53) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 53) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.740776404067165E-010 Spc. emissions: 6.740776404067165E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.352200855812795E-011 Spc. emissions: 6.875996489648425E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 53) Added total emissions to output array: Species: 9 SpcFlx : 6.875996489648425E-010 OutArr : 6.875996489648425E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.256949405711535E-011 Spc. emissions: 2.256949405711535E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 53) Added total emissions to output array: Species: 16 SpcFlx : 2.256949405711535E-011 OutArr : 2.256949405711535E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.366009418268415E-009 Spc. emissions: 1.366009418268415E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 53) Added total emissions to output array: Species: 17 SpcFlx : 1.366009418268415E-009 OutArr : 1.366009418268415E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.485995896143093E-011 Spc. emissions: 1.617699877183469E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.617983069974007E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 53) Added total emissions to output array: Species: 18 SpcFlx : 1.617983069974007E-009 OutArr : 1.617983069974007E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.701273866054911E-009 Spc. emissions: 1.701273866054911E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.896633918225442E-011 Spc. emissions: 1.770240205237165E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.770282613298513E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 53) Added total emissions to output array: Species: 19 SpcFlx : 1.770282613298513E-009 OutArr : 1.770282613298513E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 53) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 53) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 53) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 53) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.672222421704214E-010 Spc. emissions: 2.672222421704214E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.672222421704214E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.739066123449599E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 53) Added total emissions to output array: Species: 31 SpcFlx : 2.739066123449599E-010 OutArr : 2.739066123449599E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 53) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 53) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.317969394168594E-008 Spc. emissions: 5.317969394168594E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.281643724251310E-010 Spc. emissions: 5.330785831411119E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.344892653433405E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 53) Added total emissions to output array: Species: 47 SpcFlx : 5.344892653433405E-008 OutArr : 5.344892653433405E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.636943898852543E-008 Spc. emissions: 1.831892869430222E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 53) Added total emissions to output array: Species: 49 SpcFlx : 1.831892869430222E-008 OutArr : 1.831892869430222E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.111592788184060E-008 Spc. emissions: 4.111592788184060E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 53) Added total emissions to output array: Species: 50 SpcFlx : 4.111592788184060E-008 OutArr : 4.111592788184060E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.460275755360346E-008 Spc. emissions: 7.460275755360346E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 53) Added total emissions to output array: Species: 51 SpcFlx : 7.460275755360346E-008 OutArr : 7.460275755360346E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.161212402899346E-008 Spc. emissions: 8.161212402899346E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 53) Added total emissions to output array: Species: 52 SpcFlx : 8.161212402899346E-008 OutArr : 8.161212402899346E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.263434375226918E-010 Spc. emissions: 2.263434375226918E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.302092024971368E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.697296075374465E-009 Spc. emissions: 4.999388100345828E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.999388100345828E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 53) Added total emissions to output array: Species: 53 SpcFlx : 4.999388100345828E-009 OutArr : 4.999388100345828E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.755864760152553E-010 Spc. emissions: 8.755864760152553E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.755864760152553E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 53) Added total emissions to output array: Species: 72 SpcFlx : 8.755864760152553E-010 OutArr : 8.755864760152553E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.471844188646650E-008 Spc. emissions: 8.471844188646650E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 53) Added total emissions to output array: Species: 121 SpcFlx : 8.471844188646650E-008 OutArr : 8.471844188646650E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.847783754705987E-009 Spc. emissions: 1.847783754705987E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 53) Added total emissions to output array: Species: 124 SpcFlx : 1.847783754705987E-009 OutArr : 1.847783754705987E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 53) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.099321883484977E-010 Spc. emissions: 4.099321883484977E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.099321883484977E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 53) Added total emissions to output array: Species: 135 SpcFlx : 4.099321883484977E-010 OutArr : 4.099321883484977E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.017912500302560E-010 Spc. emissions: 3.017912500302560E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.017912500302560E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 53) Added total emissions to output array: Species: 138 SpcFlx : 3.017912500302560E-010 OutArr : 3.017912500302560E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.669934275863015E-008 Spc. emissions: 1.669934275863015E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 53) Added total emissions to output array: Species: 146 SpcFlx : 1.669934275863015E-008 OutArr : 1.669934275863015E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 8.154513642118021E-009 Spc. emissions: 8.154513642118021E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 53) Added total emissions to output array: Species: 147 SpcFlx : 8.154513642118021E-009 OutArr : 8.154513642118021E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 53) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 8.505559560781839E-009 Spc. emissions: 8.505559560781839E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.555581509222282E-009 Spc. emissions: 1.206114107000412E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.237994885752554E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 53) Added total emissions to output array: Species: 161 SpcFlx : 1.237994885752554E-008 OutArr : 1.237994885752554E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 53) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 53) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 53) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.135795518487003E-010 Spc. emissions: 3.135795518487003E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.252220913633133E-009 Spc. emissions: 4.565800465481839E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.263791031341248E-011 Spc. emissions: 4.598438375795258E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.608107588003917E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 53) Added total emissions to output array: Species: 177 SpcFlx : 4.608107588003917E-009 OutArr : 4.608107588003917E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 53) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.069644267467641E-008 Spc. emissions: 1.069644267467641E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 53) Added total emissions to output array: Species: 190 SpcFlx : 1.069644267467641E-008 OutArr : 1.069644267467641E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.069644267467641E-008 Spc. emissions: 1.069644267467641E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 53) Added total emissions to output array: Species: 191 SpcFlx : 1.069644267467641E-008 OutArr : 1.069644267467641E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.887322248079971E-009 Spc. emissions: 5.887322248079971E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 53) Added total emissions to output array: Species: 192 SpcFlx : 5.887322248079971E-009 OutArr : 5.887322248079971E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.473978281746064E-007 Spc. emissions: 6.473978281746064E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 53) Added total emissions to output array: Species: 193 SpcFlx : 6.473978281746064E-007 OutArr : 6.473978281746064E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.473978281746064E-007 Spc. emissions: 6.473978281746064E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 53) Added total emissions to output array: Species: 194 SpcFlx : 6.473978281746064E-007 OutArr : 6.473978281746064E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.563277767284743E-007 Spc. emissions: 3.563277767284743E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 53) Added total emissions to output array: Species: 195 SpcFlx : 3.563277767284743E-007 OutArr : 3.563277767284743E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 53) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 53) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.669398790053382E-009 Spc. emissions: 3.669398790053382E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 3.009617412139078E-009 Spc. emissions: 6.679016202192454E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.843341475797508E-012 Spc. emissions: 6.687859543668260E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.697593250619749E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 53) Added total emissions to output array: Species: 201 SpcFlx : 6.697593250619749E-009 OutArr : 6.697593250619749E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 3.009617412139078E-009 Spc. emissions: 3.009617412139078E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 53) Added total emissions to output array: Species: 202 SpcFlx : 3.009617412139078E-009 OutArr : 3.009617412139078E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.064741808572077E-010 Spc. emissions: 9.064741808572077E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.945851316254253E-012 Spc. emissions: 9.144200321734622E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 53) Added total emissions to output array: Species: 203 SpcFlx : 9.144200321734622E-010 OutArr : 9.144200321734622E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 8.702158852159742E-010 Spc. emissions: 8.702158852159742E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.732384207331370E-012 Spc. emissions: 8.779482694233075E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 53) Added total emissions to output array: Species: 204 SpcFlx : 8.779482694233075E-010 OutArr : 8.779482694233075E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 4.008509662813499E-009 Spc. emissions: 4.008509662813499E-009 Added total emissions to output array: Species: 205 SpcFlx : 4.008509662813499E-009 OutArr : 4.008509662813499E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 53) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 53) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 53) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 53) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 53) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 53) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 53) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 53) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.770194716874631E-009 Spc. emissions: 2.770194716874631E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.770194716874631E-009 OutArr : 2.770194716874631E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 53) Successfully updated diagnostics: EmisNO2_Ship (counter: 53) Successfully updated diagnostics: EmisHNO3_Ship (counter: 53) Successfully updated diagnostics: EmisO3_Ship (counter: 53) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 53) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 53) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 53) Successfully updated diagnostics: EmisCO_BioBurn (counter: 53) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 53) Successfully updated diagnostics: EmisACET_BioBurn (counter: 53) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 53) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 53) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 53) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 53) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 53) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 53) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 53) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 53) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 53) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 53) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 53) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 53) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 53) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 53) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 53) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 53) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 53) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 53) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 53) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 53) Successfully updated diagnostics: EmisALD2_Total (counter: 53) Successfully updated diagnostics: EmisALK4_Total (counter: 53) Successfully updated diagnostics: EmisBCPI_Total (counter: 53) Successfully updated diagnostics: EmisBCPO_Total (counter: 53) Successfully updated diagnostics: EmisBENZ_Total (counter: 53) Successfully updated diagnostics: EmisC2H6_Total (counter: 53) Successfully updated diagnostics: EmisC3H8_Total (counter: 53) Successfully updated diagnostics: EmisCH2O_Total (counter: 53) Successfully updated diagnostics: EmisCO_Total (counter: 53) Successfully updated diagnostics: EmisDST1_Total (counter: 53) Successfully updated diagnostics: EmisEOH_Total (counter: 53) Successfully updated diagnostics: EmisHCOOH_Total (counter: 53) Successfully updated diagnostics: EmisISOP_Total (counter: 53) Successfully updated diagnostics: EmisMACR_Total (counter: 53) Successfully updated diagnostics: EmisMEK_Total (counter: 53) Successfully updated diagnostics: EmisMOH_Total (counter: 53) Successfully updated diagnostics: EmisMTPA_Total (counter: 53) Successfully updated diagnostics: EmisNH3_Total (counter: 53) Successfully updated diagnostics: EmisNO_Total (counter: 53) Successfully updated diagnostics: EmisOCPI_Total (counter: 53) Successfully updated diagnostics: EmisOCPO_Total (counter: 53) Successfully updated diagnostics: EmispFe_Total (counter: 53) Successfully updated diagnostics: EmisPRPE_Total (counter: 53) Successfully updated diagnostics: EmisRCHO_Total (counter: 53) Successfully updated diagnostics: EmisSO2_Total (counter: 53) Successfully updated diagnostics: EmisSO4_Total (counter: 53) Successfully updated diagnostics: EmisSOAP_Total (counter: 53) Successfully updated diagnostics: EmisTOLU_Total (counter: 53) Successfully updated diagnostics: EmisXYLE_Total (counter: 53) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 17:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 17:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 9.017828164744303E-009 Spc. emissions: 9.017828164744303E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 9.018028752543943E-009 Added total emissions to output array: Species: 1 SpcFlx : 9.018028752543943E-009 OutArr : 9.018028752543943E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.714418496579456E-010 Spc. emissions: 1.714418496579456E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.259847251623974E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.698525761689447E-009 Spc. emissions: 4.958373013313418E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.958373013313418E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.960692982765630E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.960692982765630E-009 OutArr : 4.960692982765630E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 8.264862606794830E-009 Spc. emissions: 8.264862606794830E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.697477336655154E-010 Spc. emissions: 8.434610340460392E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.446221049435681E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 54) Added total emissions to output array: Species: 5 SpcFlx : 8.446221049435681E-009 OutArr : 8.446221049435681E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 54) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 54) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.740776404067165E-010 Spc. emissions: 6.740776404067165E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.352200855812795E-011 Spc. emissions: 6.875996489648425E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 54) Added total emissions to output array: Species: 9 SpcFlx : 6.875996489648425E-010 OutArr : 6.875996489648425E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.256949405711535E-011 Spc. emissions: 2.256949405711535E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 54) Added total emissions to output array: Species: 16 SpcFlx : 2.256949405711535E-011 OutArr : 2.256949405711535E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.366009418268415E-009 Spc. emissions: 1.366009418268415E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 54) Added total emissions to output array: Species: 17 SpcFlx : 1.366009418268415E-009 OutArr : 1.366009418268415E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.485995896143093E-011 Spc. emissions: 1.617699877183469E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.617983069974007E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 54) Added total emissions to output array: Species: 18 SpcFlx : 1.617983069974007E-009 OutArr : 1.617983069974007E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.701273866054911E-009 Spc. emissions: 1.701273866054911E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.896633918225442E-011 Spc. emissions: 1.770240205237165E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.770282613298513E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 54) Added total emissions to output array: Species: 19 SpcFlx : 1.770282613298513E-009 OutArr : 1.770282613298513E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 54) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 54) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 54) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 54) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.672222421704214E-010 Spc. emissions: 2.672222421704214E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.672222421704214E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.739066123449599E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 54) Added total emissions to output array: Species: 31 SpcFlx : 2.739066123449599E-010 OutArr : 2.739066123449599E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 54) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 54) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.317969394168594E-008 Spc. emissions: 5.317969394168594E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.281643724251310E-010 Spc. emissions: 5.330785831411119E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.344892653433405E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 54) Added total emissions to output array: Species: 47 SpcFlx : 5.344892653433405E-008 OutArr : 5.344892653433405E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.636943898852543E-008 Spc. emissions: 1.831892869430222E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 54) Added total emissions to output array: Species: 49 SpcFlx : 1.831892869430222E-008 OutArr : 1.831892869430222E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.111592788184060E-008 Spc. emissions: 4.111592788184060E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 54) Added total emissions to output array: Species: 50 SpcFlx : 4.111592788184060E-008 OutArr : 4.111592788184060E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.460275755360346E-008 Spc. emissions: 7.460275755360346E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 54) Added total emissions to output array: Species: 51 SpcFlx : 7.460275755360346E-008 OutArr : 7.460275755360346E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.161212402899346E-008 Spc. emissions: 8.161212402899346E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 54) Added total emissions to output array: Species: 52 SpcFlx : 8.161212402899346E-008 OutArr : 8.161212402899346E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.263434375226918E-010 Spc. emissions: 2.263434375226918E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.302092024971368E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.697296075374465E-009 Spc. emissions: 4.999388100345828E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.999388100345828E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 54) Added total emissions to output array: Species: 53 SpcFlx : 4.999388100345828E-009 OutArr : 4.999388100345828E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.755864760152553E-010 Spc. emissions: 8.755864760152553E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.755864760152553E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 54) Added total emissions to output array: Species: 72 SpcFlx : 8.755864760152553E-010 OutArr : 8.755864760152553E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.471844188646650E-008 Spc. emissions: 8.471844188646650E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 54) Added total emissions to output array: Species: 121 SpcFlx : 8.471844188646650E-008 OutArr : 8.471844188646650E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.847783754705987E-009 Spc. emissions: 1.847783754705987E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 54) Added total emissions to output array: Species: 124 SpcFlx : 1.847783754705987E-009 OutArr : 1.847783754705987E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 54) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.099321883484977E-010 Spc. emissions: 4.099321883484977E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.099321883484977E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 54) Added total emissions to output array: Species: 135 SpcFlx : 4.099321883484977E-010 OutArr : 4.099321883484977E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.017912500302560E-010 Spc. emissions: 3.017912500302560E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.017912500302560E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 54) Added total emissions to output array: Species: 138 SpcFlx : 3.017912500302560E-010 OutArr : 3.017912500302560E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.669934275863015E-008 Spc. emissions: 1.669934275863015E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 54) Added total emissions to output array: Species: 146 SpcFlx : 1.669934275863015E-008 OutArr : 1.669934275863015E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 8.154513642118021E-009 Spc. emissions: 8.154513642118021E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 54) Added total emissions to output array: Species: 147 SpcFlx : 8.154513642118021E-009 OutArr : 8.154513642118021E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 54) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 8.505559560781839E-009 Spc. emissions: 8.505559560781839E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.555581509222282E-009 Spc. emissions: 1.206114107000412E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.237994885752554E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 54) Added total emissions to output array: Species: 161 SpcFlx : 1.237994885752554E-008 OutArr : 1.237994885752554E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 54) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 54) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 54) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.135795518487003E-010 Spc. emissions: 3.135795518487003E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.252220913633133E-009 Spc. emissions: 4.565800465481839E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.263791031341248E-011 Spc. emissions: 4.598438375795258E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.608107588003917E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 54) Added total emissions to output array: Species: 177 SpcFlx : 4.608107588003917E-009 OutArr : 4.608107588003917E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 54) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.069644267467641E-008 Spc. emissions: 1.069644267467641E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 54) Added total emissions to output array: Species: 190 SpcFlx : 1.069644267467641E-008 OutArr : 1.069644267467641E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.069644267467641E-008 Spc. emissions: 1.069644267467641E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 54) Added total emissions to output array: Species: 191 SpcFlx : 1.069644267467641E-008 OutArr : 1.069644267467641E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.887322248079971E-009 Spc. emissions: 5.887322248079971E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 54) Added total emissions to output array: Species: 192 SpcFlx : 5.887322248079971E-009 OutArr : 5.887322248079971E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.473978281746064E-007 Spc. emissions: 6.473978281746064E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 54) Added total emissions to output array: Species: 193 SpcFlx : 6.473978281746064E-007 OutArr : 6.473978281746064E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.473978281746064E-007 Spc. emissions: 6.473978281746064E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 54) Added total emissions to output array: Species: 194 SpcFlx : 6.473978281746064E-007 OutArr : 6.473978281746064E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.563277767284743E-007 Spc. emissions: 3.563277767284743E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 54) Added total emissions to output array: Species: 195 SpcFlx : 3.563277767284743E-007 OutArr : 3.563277767284743E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 54) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 54) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.669398790053382E-009 Spc. emissions: 3.669398790053382E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 3.009617412139078E-009 Spc. emissions: 6.679016202192454E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.843341475797508E-012 Spc. emissions: 6.687859543668260E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.697593250619749E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 54) Added total emissions to output array: Species: 201 SpcFlx : 6.697593250619749E-009 OutArr : 6.697593250619749E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 3.009617412139078E-009 Spc. emissions: 3.009617412139078E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 54) Added total emissions to output array: Species: 202 SpcFlx : 3.009617412139078E-009 OutArr : 3.009617412139078E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.064741808572077E-010 Spc. emissions: 9.064741808572077E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.945851316254253E-012 Spc. emissions: 9.144200321734622E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 54) Added total emissions to output array: Species: 203 SpcFlx : 9.144200321734622E-010 OutArr : 9.144200321734622E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 8.702158852159742E-010 Spc. emissions: 8.702158852159742E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 14 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.400000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.732384207331370E-012 Spc. emissions: 8.779482694233075E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 54) Added total emissions to output array: Species: 204 SpcFlx : 8.779482694233075E-010 OutArr : 8.779482694233075E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 4.008509662813499E-009 Spc. emissions: 4.008509662813499E-009 Added total emissions to output array: Species: 205 SpcFlx : 4.008509662813499E-009 OutArr : 4.008509662813499E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 54) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 54) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 54) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 54) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 54) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 54) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 54) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 54) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.341348 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.770194716874631E-009 Spc. emissions: 2.770194716874631E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.770194716874631E-009 OutArr : 2.770194716874631E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 54) Successfully updated diagnostics: EmisNO2_Ship (counter: 54) Successfully updated diagnostics: EmisHNO3_Ship (counter: 54) Successfully updated diagnostics: EmisO3_Ship (counter: 54) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 54) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 54) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 54) Successfully updated diagnostics: EmisCO_BioBurn (counter: 54) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 54) Successfully updated diagnostics: EmisACET_BioBurn (counter: 54) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 54) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 54) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 54) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 54) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 54) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 54) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 54) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 54) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 54) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 54) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 54) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 54) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 54) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 54) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 54) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 54) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 54) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 54) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 54) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 54) Successfully updated diagnostics: EmisALD2_Total (counter: 54) Successfully updated diagnostics: EmisALK4_Total (counter: 54) Successfully updated diagnostics: EmisBCPI_Total (counter: 54) Successfully updated diagnostics: EmisBCPO_Total (counter: 54) Successfully updated diagnostics: EmisBENZ_Total (counter: 54) Successfully updated diagnostics: EmisC2H6_Total (counter: 54) Successfully updated diagnostics: EmisC3H8_Total (counter: 54) Successfully updated diagnostics: EmisCH2O_Total (counter: 54) Successfully updated diagnostics: EmisCO_Total (counter: 54) Successfully updated diagnostics: EmisDST1_Total (counter: 54) Successfully updated diagnostics: EmisEOH_Total (counter: 54) Successfully updated diagnostics: EmisHCOOH_Total (counter: 54) Successfully updated diagnostics: EmisISOP_Total (counter: 54) Successfully updated diagnostics: EmisMACR_Total (counter: 54) Successfully updated diagnostics: EmisMEK_Total (counter: 54) Successfully updated diagnostics: EmisMOH_Total (counter: 54) Successfully updated diagnostics: EmisMTPA_Total (counter: 54) Successfully updated diagnostics: EmisNH3_Total (counter: 54) Successfully updated diagnostics: EmisNO_Total (counter: 54) Successfully updated diagnostics: EmisOCPI_Total (counter: 54) Successfully updated diagnostics: EmisOCPO_Total (counter: 54) Successfully updated diagnostics: EmispFe_Total (counter: 54) Successfully updated diagnostics: EmisPRPE_Total (counter: 54) Successfully updated diagnostics: EmisRCHO_Total (counter: 54) Successfully updated diagnostics: EmisSO2_Total (counter: 54) Successfully updated diagnostics: EmisSO4_Total (counter: 54) Successfully updated diagnostics: EmisSOAP_Total (counter: 54) Successfully updated diagnostics: EmisTOLU_Total (counter: 54) Successfully updated diagnostics: EmisXYLE_Total (counter: 54) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 17:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 18:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-18:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-19:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-18:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-19:30 preferred datetime: 201907011930. selected tidx1: 7 corresponding datetime 1: 201907011930. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-18:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-19:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-18:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-19:30 preferred datetime: 201907011930. selected tidx1: 7 corresponding datetime 1: 201907011930. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 9.031097960800470E-009 Spc. emissions: 9.031097960800470E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 9.031298548600109E-009 Added total emissions to output array: Species: 1 SpcFlx : 9.031298548600109E-009 OutArr : 9.031298548600109E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.679328587777862E-010 Spc. emissions: 1.679328587777862E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.256338260743814E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.694427320476853E-009 Spc. emissions: 4.950765581220672E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.950765581220672E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.953085550672890E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.953085550672890E-009 OutArr : 4.953085550672890E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 8.164752846676385E-009 Spc. emissions: 8.164752846676385E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.625327014826665E-010 Spc. emissions: 8.327285548159085E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.338896257134377E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 55) Added total emissions to output array: Species: 5 SpcFlx : 8.338896257134377E-009 OutArr : 8.338896257134377E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 55) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 55) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.620119763298173E-010 Spc. emissions: 6.620119763298173E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.286750743795859E-011 Spc. emissions: 6.748794837677741E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 55) Added total emissions to output array: Species: 9 SpcFlx : 6.748794837677741E-010 OutArr : 6.748794837677741E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.253390274455134E-011 Spc. emissions: 2.253390274455134E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 55) Added total emissions to output array: Species: 16 SpcFlx : 2.253390274455134E-011 OutArr : 2.253390274455134E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.363855261716302E-009 Spc. emissions: 1.363855261716302E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 55) Added total emissions to output array: Species: 17 SpcFlx : 1.363855261716302E-009 OutArr : 1.363855261716302E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.385446568433993E-011 Spc. emissions: 1.616694383906378E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.616977576696916E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 55) Added total emissions to output array: Species: 18 SpcFlx : 1.616977576696916E-009 OutArr : 1.616977576696916E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.775895389071526E-009 Spc. emissions: 1.775895389071526E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.617690625405000E-011 Spc. emissions: 1.842072295325575E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.842114703386923E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 55) Added total emissions to output array: Species: 19 SpcFlx : 1.842114703386923E-009 OutArr : 1.842114703386923E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 55) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 55) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 55) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 55) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.626949110352900E-010 Spc. emissions: 2.626949110352900E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.626949110352900E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.693792812098283E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 55) Added total emissions to output array: Species: 31 SpcFlx : 2.693792812098283E-010 OutArr : 2.693792812098283E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 55) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 55) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.486526283047185E-008 Spc. emissions: 5.486526283047185E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.219431362068846E-010 Spc. emissions: 5.498720596667890E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.512827418690174E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 55) Added total emissions to output array: Species: 47 SpcFlx : 5.512827418690174E-008 OutArr : 5.512827418690174E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.497503097395586E-008 Spc. emissions: 1.692452067973265E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 55) Added total emissions to output array: Species: 49 SpcFlx : 1.692452067973265E-008 OutArr : 1.692452067973265E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.761352477148997E-008 Spc. emissions: 3.761352477148997E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 55) Added total emissions to output array: Species: 50 SpcFlx : 3.761352477148997E-008 OutArr : 3.761352477148997E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.824782721613961E-008 Spc. emissions: 6.824782721613961E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 55) Added total emissions to output array: Species: 51 SpcFlx : 6.824782721613961E-008 OutArr : 6.824782721613961E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 7.466011166139955E-008 Spc. emissions: 7.466011166139955E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 55) Added total emissions to output array: Species: 52 SpcFlx : 7.466011166139955E-008 OutArr : 7.466011166139955E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.274743620587437E-010 Spc. emissions: 2.274743620587437E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.303222949507420E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.693198961175137E-009 Spc. emissions: 4.996421910682564E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.996421910682564E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 55) Added total emissions to output array: Species: 53 SpcFlx : 4.996421910682564E-009 OutArr : 4.996421910682564E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.581739749376097E-010 Spc. emissions: 8.581739749376097E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.581739749376097E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 55) Added total emissions to output array: Species: 72 SpcFlx : 8.581739749376097E-010 OutArr : 8.581739749376097E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.398739691276366E-008 Spc. emissions: 8.398739691276366E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 55) Added total emissions to output array: Species: 121 SpcFlx : 8.398739691276366E-008 OutArr : 8.398739691276366E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.805000099102528E-009 Spc. emissions: 1.805000099102528E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 55) Added total emissions to output array: Species: 124 SpcFlx : 1.805000099102528E-009 OutArr : 1.805000099102528E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 55) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.251933164656715E-010 Spc. emissions: 4.251933164656715E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.251933164656715E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 55) Added total emissions to output array: Species: 135 SpcFlx : 4.251933164656715E-010 OutArr : 4.251933164656715E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.032991494116585E-010 Spc. emissions: 3.032991494116585E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.032991494116585E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 55) Added total emissions to output array: Species: 138 SpcFlx : 3.032991494116585E-010 OutArr : 3.032991494116585E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.648251564400247E-008 Spc. emissions: 1.648251564400247E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 55) Added total emissions to output array: Species: 146 SpcFlx : 1.648251564400247E-008 OutArr : 1.648251564400247E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 8.052591791331346E-009 Spc. emissions: 8.052591791331346E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 55) Added total emissions to output array: Species: 147 SpcFlx : 8.052591791331346E-009 OutArr : 8.052591791331346E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 55) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.770085839671837E-009 Spc. emissions: 7.770085839671837E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.485309339939392E-009 Spc. emissions: 1.125539517961123E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.157420296713264E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 55) Added total emissions to output array: Species: 161 SpcFlx : 1.157420296713264E-008 OutArr : 1.157420296713264E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 55) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 55) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 55) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.095498950900411E-010 Spc. emissions: 3.095498950900411E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.167849815300111E-009 Spc. emissions: 4.477399710390145E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.105291181217711E-011 Spc. emissions: 4.508452622202347E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.518121834411005E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 55) Added total emissions to output array: Species: 177 SpcFlx : 4.518121834411005E-009 OutArr : 4.518121834411005E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 55) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.067957475404010E-008 Spc. emissions: 1.067957475404010E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 55) Added total emissions to output array: Species: 190 SpcFlx : 1.067957475404010E-008 OutArr : 1.067957475404010E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.067957475404010E-008 Spc. emissions: 1.067957475404010E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 55) Added total emissions to output array: Species: 191 SpcFlx : 1.067957475404010E-008 OutArr : 1.067957475404010E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.878038144246472E-009 Spc. emissions: 5.878038144246472E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 55) Added total emissions to output array: Species: 192 SpcFlx : 5.878038144246472E-009 OutArr : 5.878038144246472E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.463769008993369E-007 Spc. emissions: 6.463769008993369E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 55) Added total emissions to output array: Species: 193 SpcFlx : 6.463769008993369E-007 OutArr : 6.463769008993369E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.463769008993369E-007 Spc. emissions: 6.463769008993369E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 55) Added total emissions to output array: Species: 194 SpcFlx : 6.463769008993369E-007 OutArr : 6.463769008993369E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.557658583370826E-007 Spc. emissions: 3.557658583370826E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 55) Added total emissions to output array: Species: 195 SpcFlx : 3.557658583370826E-007 OutArr : 3.557658583370826E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 55) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 55) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.785703040466052E-009 Spc. emissions: 3.785703040466052E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.978873564670771E-009 Spc. emissions: 6.764576605136811E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.414076187492128E-012 Spc. emissions: 6.772990681324322E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.782724388275823E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 55) Added total emissions to output array: Species: 201 SpcFlx : 6.782724388275823E-009 OutArr : 6.782724388275823E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.978873564670771E-009 Spc. emissions: 2.978873564670771E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 55) Added total emissions to output array: Species: 202 SpcFlx : 2.978873564670771E-009 OutArr : 2.978873564670771E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.234588752614963E-010 Spc. emissions: 9.234588752614963E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.564315482006651E-012 Spc. emissions: 9.310231907435036E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 55) Added total emissions to output array: Species: 203 SpcFlx : 9.310231907435036E-010 OutArr : 9.310231907435036E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.103250710818020E-010 Spc. emissions: 9.103250710818020E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.369893871298110E-012 Spc. emissions: 9.176949649531018E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 55) Added total emissions to output array: Species: 204 SpcFlx : 9.176949649531018E-010 OutArr : 9.176949649531018E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 4.020851876827455E-009 Spc. emissions: 4.020851876827455E-009 Added total emissions to output array: Species: 205 SpcFlx : 4.020851876827455E-009 OutArr : 4.020851876827455E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 55) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 55) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 55) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 55) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 55) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 55) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 55) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 55) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.735542369990764E-009 Spc. emissions: 2.735542369990764E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.735542369990764E-009 OutArr : 2.735542369990764E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 55) Successfully updated diagnostics: EmisNO2_Ship (counter: 55) Successfully updated diagnostics: EmisHNO3_Ship (counter: 55) Successfully updated diagnostics: EmisO3_Ship (counter: 55) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 55) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 55) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 55) Successfully updated diagnostics: EmisCO_BioBurn (counter: 55) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 55) Successfully updated diagnostics: EmisACET_BioBurn (counter: 55) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 55) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 55) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 55) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 55) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 55) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 55) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 55) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 55) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 55) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 55) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 55) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 55) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 55) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 55) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 55) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 55) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 55) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 55) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 55) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 55) Successfully updated diagnostics: EmisALD2_Total (counter: 55) Successfully updated diagnostics: EmisALK4_Total (counter: 55) Successfully updated diagnostics: EmisBCPI_Total (counter: 55) Successfully updated diagnostics: EmisBCPO_Total (counter: 55) Successfully updated diagnostics: EmisBENZ_Total (counter: 55) Successfully updated diagnostics: EmisC2H6_Total (counter: 55) Successfully updated diagnostics: EmisC3H8_Total (counter: 55) Successfully updated diagnostics: EmisCH2O_Total (counter: 55) Successfully updated diagnostics: EmisCO_Total (counter: 55) Successfully updated diagnostics: EmisDST1_Total (counter: 55) Successfully updated diagnostics: EmisEOH_Total (counter: 55) Successfully updated diagnostics: EmisHCOOH_Total (counter: 55) Successfully updated diagnostics: EmisISOP_Total (counter: 55) Successfully updated diagnostics: EmisMACR_Total (counter: 55) Successfully updated diagnostics: EmisMEK_Total (counter: 55) Successfully updated diagnostics: EmisMOH_Total (counter: 55) Successfully updated diagnostics: EmisMTPA_Total (counter: 55) Successfully updated diagnostics: EmisNH3_Total (counter: 55) Successfully updated diagnostics: EmisNO_Total (counter: 55) Successfully updated diagnostics: EmisOCPI_Total (counter: 55) Successfully updated diagnostics: EmisOCPO_Total (counter: 55) Successfully updated diagnostics: EmispFe_Total (counter: 55) Successfully updated diagnostics: EmisPRPE_Total (counter: 55) Successfully updated diagnostics: EmisRCHO_Total (counter: 55) Successfully updated diagnostics: EmisSO2_Total (counter: 55) Successfully updated diagnostics: EmisSO4_Total (counter: 55) Successfully updated diagnostics: EmisSOAP_Total (counter: 55) Successfully updated diagnostics: EmisTOLU_Total (counter: 55) Successfully updated diagnostics: EmisXYLE_Total (counter: 55) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 18:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 18:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 9.031097960800470E-009 Spc. emissions: 9.031097960800470E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 9.031298548600109E-009 Added total emissions to output array: Species: 1 SpcFlx : 9.031298548600109E-009 OutArr : 9.031298548600109E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.679328587777862E-010 Spc. emissions: 1.679328587777862E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.256338260743814E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.694427320476853E-009 Spc. emissions: 4.950765581220672E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.950765581220672E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.953085550672890E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.953085550672890E-009 OutArr : 4.953085550672890E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 8.164752846676385E-009 Spc. emissions: 8.164752846676385E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.625327014826665E-010 Spc. emissions: 8.327285548159085E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.338896257134377E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 56) Added total emissions to output array: Species: 5 SpcFlx : 8.338896257134377E-009 OutArr : 8.338896257134377E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 56) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 56) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.620119763298173E-010 Spc. emissions: 6.620119763298173E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.286750743795859E-011 Spc. emissions: 6.748794837677741E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 56) Added total emissions to output array: Species: 9 SpcFlx : 6.748794837677741E-010 OutArr : 6.748794837677741E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.253390274455134E-011 Spc. emissions: 2.253390274455134E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 56) Added total emissions to output array: Species: 16 SpcFlx : 2.253390274455134E-011 OutArr : 2.253390274455134E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.363855261716302E-009 Spc. emissions: 1.363855261716302E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 56) Added total emissions to output array: Species: 17 SpcFlx : 1.363855261716302E-009 OutArr : 1.363855261716302E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.385446568433993E-011 Spc. emissions: 1.616694383906378E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.616977576696916E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 56) Added total emissions to output array: Species: 18 SpcFlx : 1.616977576696916E-009 OutArr : 1.616977576696916E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.775895389071526E-009 Spc. emissions: 1.775895389071526E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.617690625405000E-011 Spc. emissions: 1.842072295325575E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.842114703386923E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 56) Added total emissions to output array: Species: 19 SpcFlx : 1.842114703386923E-009 OutArr : 1.842114703386923E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 56) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 56) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 56) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 56) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.626949110352900E-010 Spc. emissions: 2.626949110352900E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.626949110352900E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.693792812098283E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 56) Added total emissions to output array: Species: 31 SpcFlx : 2.693792812098283E-010 OutArr : 2.693792812098283E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 56) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 56) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.486526283047185E-008 Spc. emissions: 5.486526283047185E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.219431362068846E-010 Spc. emissions: 5.498720596667890E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.512827418690174E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 56) Added total emissions to output array: Species: 47 SpcFlx : 5.512827418690174E-008 OutArr : 5.512827418690174E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.497503097395586E-008 Spc. emissions: 1.692452067973265E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 56) Added total emissions to output array: Species: 49 SpcFlx : 1.692452067973265E-008 OutArr : 1.692452067973265E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.761352477148997E-008 Spc. emissions: 3.761352477148997E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 56) Added total emissions to output array: Species: 50 SpcFlx : 3.761352477148997E-008 OutArr : 3.761352477148997E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.824782721613961E-008 Spc. emissions: 6.824782721613961E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 56) Added total emissions to output array: Species: 51 SpcFlx : 6.824782721613961E-008 OutArr : 6.824782721613961E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 7.466011166139955E-008 Spc. emissions: 7.466011166139955E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 56) Added total emissions to output array: Species: 52 SpcFlx : 7.466011166139955E-008 OutArr : 7.466011166139955E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.274743620587437E-010 Spc. emissions: 2.274743620587437E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.303222949507420E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.693198961175137E-009 Spc. emissions: 4.996421910682564E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.996421910682564E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 56) Added total emissions to output array: Species: 53 SpcFlx : 4.996421910682564E-009 OutArr : 4.996421910682564E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.581739749376097E-010 Spc. emissions: 8.581739749376097E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.581739749376097E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 56) Added total emissions to output array: Species: 72 SpcFlx : 8.581739749376097E-010 OutArr : 8.581739749376097E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.398739691276366E-008 Spc. emissions: 8.398739691276366E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 56) Added total emissions to output array: Species: 121 SpcFlx : 8.398739691276366E-008 OutArr : 8.398739691276366E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.805000099102528E-009 Spc. emissions: 1.805000099102528E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 56) Added total emissions to output array: Species: 124 SpcFlx : 1.805000099102528E-009 OutArr : 1.805000099102528E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 56) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.251933164656715E-010 Spc. emissions: 4.251933164656715E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.251933164656715E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 56) Added total emissions to output array: Species: 135 SpcFlx : 4.251933164656715E-010 OutArr : 4.251933164656715E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.032991494116585E-010 Spc. emissions: 3.032991494116585E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.032991494116585E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 56) Added total emissions to output array: Species: 138 SpcFlx : 3.032991494116585E-010 OutArr : 3.032991494116585E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.648251564400247E-008 Spc. emissions: 1.648251564400247E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 56) Added total emissions to output array: Species: 146 SpcFlx : 1.648251564400247E-008 OutArr : 1.648251564400247E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 8.052591791331346E-009 Spc. emissions: 8.052591791331346E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 56) Added total emissions to output array: Species: 147 SpcFlx : 8.052591791331346E-009 OutArr : 8.052591791331346E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 56) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.770085839671837E-009 Spc. emissions: 7.770085839671837E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.485309339939392E-009 Spc. emissions: 1.125539517961123E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.157420296713264E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 56) Added total emissions to output array: Species: 161 SpcFlx : 1.157420296713264E-008 OutArr : 1.157420296713264E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 56) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 56) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 56) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.095498950900411E-010 Spc. emissions: 3.095498950900411E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.167849815300111E-009 Spc. emissions: 4.477399710390145E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.105291181217711E-011 Spc. emissions: 4.508452622202347E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.518121834411005E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 56) Added total emissions to output array: Species: 177 SpcFlx : 4.518121834411005E-009 OutArr : 4.518121834411005E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 56) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.067957475404010E-008 Spc. emissions: 1.067957475404010E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 56) Added total emissions to output array: Species: 190 SpcFlx : 1.067957475404010E-008 OutArr : 1.067957475404010E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.067957475404010E-008 Spc. emissions: 1.067957475404010E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 56) Added total emissions to output array: Species: 191 SpcFlx : 1.067957475404010E-008 OutArr : 1.067957475404010E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.878038144246472E-009 Spc. emissions: 5.878038144246472E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 56) Added total emissions to output array: Species: 192 SpcFlx : 5.878038144246472E-009 OutArr : 5.878038144246472E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.463769008993369E-007 Spc. emissions: 6.463769008993369E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 56) Added total emissions to output array: Species: 193 SpcFlx : 6.463769008993369E-007 OutArr : 6.463769008993369E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.463769008993369E-007 Spc. emissions: 6.463769008993369E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 56) Added total emissions to output array: Species: 194 SpcFlx : 6.463769008993369E-007 OutArr : 6.463769008993369E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.557658583370826E-007 Spc. emissions: 3.557658583370826E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 56) Added total emissions to output array: Species: 195 SpcFlx : 3.557658583370826E-007 OutArr : 3.557658583370826E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 56) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 56) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.785703040466052E-009 Spc. emissions: 3.785703040466052E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.978873564670771E-009 Spc. emissions: 6.764576605136811E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.414076187492128E-012 Spc. emissions: 6.772990681324322E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.782724388275823E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 56) Added total emissions to output array: Species: 201 SpcFlx : 6.782724388275823E-009 OutArr : 6.782724388275823E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.978873564670771E-009 Spc. emissions: 2.978873564670771E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 56) Added total emissions to output array: Species: 202 SpcFlx : 2.978873564670771E-009 OutArr : 2.978873564670771E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.234588752614963E-010 Spc. emissions: 9.234588752614963E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.564315482006651E-012 Spc. emissions: 9.310231907435036E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 56) Added total emissions to output array: Species: 203 SpcFlx : 9.310231907435036E-010 OutArr : 9.310231907435036E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.103250710818020E-010 Spc. emissions: 9.103250710818020E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.369893871298110E-012 Spc. emissions: 9.176949649531018E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 56) Added total emissions to output array: Species: 204 SpcFlx : 9.176949649531018E-010 OutArr : 9.176949649531018E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 4.020851876827455E-009 Spc. emissions: 4.020851876827455E-009 Added total emissions to output array: Species: 205 SpcFlx : 4.020851876827455E-009 OutArr : 4.020851876827455E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 56) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 56) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 56) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 56) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 56) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 56) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 56) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 56) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.735542369990764E-009 Spc. emissions: 2.735542369990764E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.735542369990764E-009 OutArr : 2.735542369990764E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 56) Successfully updated diagnostics: EmisNO2_Ship (counter: 56) Successfully updated diagnostics: EmisHNO3_Ship (counter: 56) Successfully updated diagnostics: EmisO3_Ship (counter: 56) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 56) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 56) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 56) Successfully updated diagnostics: EmisCO_BioBurn (counter: 56) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 56) Successfully updated diagnostics: EmisACET_BioBurn (counter: 56) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 56) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 56) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 56) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 56) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 56) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 56) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 56) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 56) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 56) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 56) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 56) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 56) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 56) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 56) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 56) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 56) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 56) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 56) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 56) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 56) Successfully updated diagnostics: EmisALD2_Total (counter: 56) Successfully updated diagnostics: EmisALK4_Total (counter: 56) Successfully updated diagnostics: EmisBCPI_Total (counter: 56) Successfully updated diagnostics: EmisBCPO_Total (counter: 56) Successfully updated diagnostics: EmisBENZ_Total (counter: 56) Successfully updated diagnostics: EmisC2H6_Total (counter: 56) Successfully updated diagnostics: EmisC3H8_Total (counter: 56) Successfully updated diagnostics: EmisCH2O_Total (counter: 56) Successfully updated diagnostics: EmisCO_Total (counter: 56) Successfully updated diagnostics: EmisDST1_Total (counter: 56) Successfully updated diagnostics: EmisEOH_Total (counter: 56) Successfully updated diagnostics: EmisHCOOH_Total (counter: 56) Successfully updated diagnostics: EmisISOP_Total (counter: 56) Successfully updated diagnostics: EmisMACR_Total (counter: 56) Successfully updated diagnostics: EmisMEK_Total (counter: 56) Successfully updated diagnostics: EmisMOH_Total (counter: 56) Successfully updated diagnostics: EmisMTPA_Total (counter: 56) Successfully updated diagnostics: EmisNH3_Total (counter: 56) Successfully updated diagnostics: EmisNO_Total (counter: 56) Successfully updated diagnostics: EmisOCPI_Total (counter: 56) Successfully updated diagnostics: EmisOCPO_Total (counter: 56) Successfully updated diagnostics: EmispFe_Total (counter: 56) Successfully updated diagnostics: EmisPRPE_Total (counter: 56) Successfully updated diagnostics: EmisRCHO_Total (counter: 56) Successfully updated diagnostics: EmisSO2_Total (counter: 56) Successfully updated diagnostics: EmisSO4_Total (counter: 56) Successfully updated diagnostics: EmisSOAP_Total (counter: 56) Successfully updated diagnostics: EmisTOLU_Total (counter: 56) Successfully updated diagnostics: EmisXYLE_Total (counter: 56) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 18:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 18:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 9.031097960800470E-009 Spc. emissions: 9.031097960800470E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 9.031298548600109E-009 Added total emissions to output array: Species: 1 SpcFlx : 9.031298548600109E-009 OutArr : 9.031298548600109E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.679328587777862E-010 Spc. emissions: 1.679328587777862E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.256338260743814E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.694427320476853E-009 Spc. emissions: 4.950765581220672E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.950765581220672E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.953085550672890E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.953085550672890E-009 OutArr : 4.953085550672890E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 8.164752846676385E-009 Spc. emissions: 8.164752846676385E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.625327014826665E-010 Spc. emissions: 8.327285548159085E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.338896257134377E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 57) Added total emissions to output array: Species: 5 SpcFlx : 8.338896257134377E-009 OutArr : 8.338896257134377E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 57) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 57) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.620119763298173E-010 Spc. emissions: 6.620119763298173E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.286750743795859E-011 Spc. emissions: 6.748794837677741E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 57) Added total emissions to output array: Species: 9 SpcFlx : 6.748794837677741E-010 OutArr : 6.748794837677741E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.253390274455134E-011 Spc. emissions: 2.253390274455134E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 57) Added total emissions to output array: Species: 16 SpcFlx : 2.253390274455134E-011 OutArr : 2.253390274455134E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.363855261716302E-009 Spc. emissions: 1.363855261716302E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 57) Added total emissions to output array: Species: 17 SpcFlx : 1.363855261716302E-009 OutArr : 1.363855261716302E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.385446568433993E-011 Spc. emissions: 1.616694383906378E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.616977576696916E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 57) Added total emissions to output array: Species: 18 SpcFlx : 1.616977576696916E-009 OutArr : 1.616977576696916E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.775895389071526E-009 Spc. emissions: 1.775895389071526E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 6.617690625405000E-011 Spc. emissions: 1.842072295325575E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.842114703386923E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 57) Added total emissions to output array: Species: 19 SpcFlx : 1.842114703386923E-009 OutArr : 1.842114703386923E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 57) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 57) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 57) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 57) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.626949110352900E-010 Spc. emissions: 2.626949110352900E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.626949110352900E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.693792812098283E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 57) Added total emissions to output array: Species: 31 SpcFlx : 2.693792812098283E-010 OutArr : 2.693792812098283E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 57) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 57) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.486526283047185E-008 Spc. emissions: 5.486526283047185E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.219431362068846E-010 Spc. emissions: 5.498720596667890E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.512827418690174E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 57) Added total emissions to output array: Species: 47 SpcFlx : 5.512827418690174E-008 OutArr : 5.512827418690174E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.497503097395586E-008 Spc. emissions: 1.692452067973265E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 57) Added total emissions to output array: Species: 49 SpcFlx : 1.692452067973265E-008 OutArr : 1.692452067973265E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.761352477148997E-008 Spc. emissions: 3.761352477148997E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 57) Added total emissions to output array: Species: 50 SpcFlx : 3.761352477148997E-008 OutArr : 3.761352477148997E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.824782721613961E-008 Spc. emissions: 6.824782721613961E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 57) Added total emissions to output array: Species: 51 SpcFlx : 6.824782721613961E-008 OutArr : 6.824782721613961E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 7.466011166139955E-008 Spc. emissions: 7.466011166139955E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 57) Added total emissions to output array: Species: 52 SpcFlx : 7.466011166139955E-008 OutArr : 7.466011166139955E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.274743620587437E-010 Spc. emissions: 2.274743620587437E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.303222949507420E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.693198961175137E-009 Spc. emissions: 4.996421910682564E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.996421910682564E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 57) Added total emissions to output array: Species: 53 SpcFlx : 4.996421910682564E-009 OutArr : 4.996421910682564E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.581739749376097E-010 Spc. emissions: 8.581739749376097E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.581739749376097E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 57) Added total emissions to output array: Species: 72 SpcFlx : 8.581739749376097E-010 OutArr : 8.581739749376097E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 8.398739691276366E-008 Spc. emissions: 8.398739691276366E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 57) Added total emissions to output array: Species: 121 SpcFlx : 8.398739691276366E-008 OutArr : 8.398739691276366E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.805000099102528E-009 Spc. emissions: 1.805000099102528E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 57) Added total emissions to output array: Species: 124 SpcFlx : 1.805000099102528E-009 OutArr : 1.805000099102528E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 57) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.251933164656715E-010 Spc. emissions: 4.251933164656715E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.251933164656715E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 57) Added total emissions to output array: Species: 135 SpcFlx : 4.251933164656715E-010 OutArr : 4.251933164656715E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.032991494116585E-010 Spc. emissions: 3.032991494116585E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.032991494116585E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 57) Added total emissions to output array: Species: 138 SpcFlx : 3.032991494116585E-010 OutArr : 3.032991494116585E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.648251564400247E-008 Spc. emissions: 1.648251564400247E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 57) Added total emissions to output array: Species: 146 SpcFlx : 1.648251564400247E-008 OutArr : 1.648251564400247E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 8.052591791331346E-009 Spc. emissions: 8.052591791331346E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 57) Added total emissions to output array: Species: 147 SpcFlx : 8.052591791331346E-009 OutArr : 8.052591791331346E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 57) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.770085839671837E-009 Spc. emissions: 7.770085839671837E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.485309339939392E-009 Spc. emissions: 1.125539517961123E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.157420296713264E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 57) Added total emissions to output array: Species: 161 SpcFlx : 1.157420296713264E-008 OutArr : 1.157420296713264E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 57) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 57) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 57) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.095498950900411E-010 Spc. emissions: 3.095498950900411E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.167849815300111E-009 Spc. emissions: 4.477399710390145E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.105291181217711E-011 Spc. emissions: 4.508452622202347E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.518121834411005E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 57) Added total emissions to output array: Species: 177 SpcFlx : 4.518121834411005E-009 OutArr : 4.518121834411005E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 57) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.067957475404010E-008 Spc. emissions: 1.067957475404010E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 57) Added total emissions to output array: Species: 190 SpcFlx : 1.067957475404010E-008 OutArr : 1.067957475404010E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.067957475404010E-008 Spc. emissions: 1.067957475404010E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 57) Added total emissions to output array: Species: 191 SpcFlx : 1.067957475404010E-008 OutArr : 1.067957475404010E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.878038144246472E-009 Spc. emissions: 5.878038144246472E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 57) Added total emissions to output array: Species: 192 SpcFlx : 5.878038144246472E-009 OutArr : 5.878038144246472E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.463769008993369E-007 Spc. emissions: 6.463769008993369E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 57) Added total emissions to output array: Species: 193 SpcFlx : 6.463769008993369E-007 OutArr : 6.463769008993369E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.463769008993369E-007 Spc. emissions: 6.463769008993369E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 57) Added total emissions to output array: Species: 194 SpcFlx : 6.463769008993369E-007 OutArr : 6.463769008993369E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.557658583370826E-007 Spc. emissions: 3.557658583370826E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 57) Added total emissions to output array: Species: 195 SpcFlx : 3.557658583370826E-007 OutArr : 3.557658583370826E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 57) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 57) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.785703040466052E-009 Spc. emissions: 3.785703040466052E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.978873564670771E-009 Spc. emissions: 6.764576605136811E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.414076187492128E-012 Spc. emissions: 6.772990681324322E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.782724388275823E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 57) Added total emissions to output array: Species: 201 SpcFlx : 6.782724388275823E-009 OutArr : 6.782724388275823E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.978873564670771E-009 Spc. emissions: 2.978873564670771E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 57) Added total emissions to output array: Species: 202 SpcFlx : 2.978873564670771E-009 OutArr : 2.978873564670771E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.234588752614963E-010 Spc. emissions: 9.234588752614963E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.564315482006651E-012 Spc. emissions: 9.310231907435036E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 57) Added total emissions to output array: Species: 203 SpcFlx : 9.310231907435036E-010 OutArr : 9.310231907435036E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.103250710818020E-010 Spc. emissions: 9.103250710818020E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 15 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.369893871298110E-012 Spc. emissions: 9.176949649531018E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 57) Added total emissions to output array: Species: 204 SpcFlx : 9.176949649531018E-010 OutArr : 9.176949649531018E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 4.020851876827455E-009 Spc. emissions: 4.020851876827455E-009 Added total emissions to output array: Species: 205 SpcFlx : 4.020851876827455E-009 OutArr : 4.020851876827455E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 57) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 57) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 57) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 57) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 57) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 57) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 57) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 57) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.339585 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.735542369990764E-009 Spc. emissions: 2.735542369990764E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.735542369990764E-009 OutArr : 2.735542369990764E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 57) Successfully updated diagnostics: EmisNO2_Ship (counter: 57) Successfully updated diagnostics: EmisHNO3_Ship (counter: 57) Successfully updated diagnostics: EmisO3_Ship (counter: 57) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 57) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 57) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 57) Successfully updated diagnostics: EmisCO_BioBurn (counter: 57) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 57) Successfully updated diagnostics: EmisACET_BioBurn (counter: 57) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 57) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 57) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 57) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 57) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 57) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 57) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 57) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 57) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 57) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 57) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 57) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 57) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 57) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 57) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 57) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 57) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 57) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 57) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 57) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 57) Successfully updated diagnostics: EmisALD2_Total (counter: 57) Successfully updated diagnostics: EmisALK4_Total (counter: 57) Successfully updated diagnostics: EmisBCPI_Total (counter: 57) Successfully updated diagnostics: EmisBCPO_Total (counter: 57) Successfully updated diagnostics: EmisBENZ_Total (counter: 57) Successfully updated diagnostics: EmisC2H6_Total (counter: 57) Successfully updated diagnostics: EmisC3H8_Total (counter: 57) Successfully updated diagnostics: EmisCH2O_Total (counter: 57) Successfully updated diagnostics: EmisCO_Total (counter: 57) Successfully updated diagnostics: EmisDST1_Total (counter: 57) Successfully updated diagnostics: EmisEOH_Total (counter: 57) Successfully updated diagnostics: EmisHCOOH_Total (counter: 57) Successfully updated diagnostics: EmisISOP_Total (counter: 57) Successfully updated diagnostics: EmisMACR_Total (counter: 57) Successfully updated diagnostics: EmisMEK_Total (counter: 57) Successfully updated diagnostics: EmisMOH_Total (counter: 57) Successfully updated diagnostics: EmisMTPA_Total (counter: 57) Successfully updated diagnostics: EmisNH3_Total (counter: 57) Successfully updated diagnostics: EmisNO_Total (counter: 57) Successfully updated diagnostics: EmisOCPI_Total (counter: 57) Successfully updated diagnostics: EmisOCPO_Total (counter: 57) Successfully updated diagnostics: EmispFe_Total (counter: 57) Successfully updated diagnostics: EmisPRPE_Total (counter: 57) Successfully updated diagnostics: EmisRCHO_Total (counter: 57) Successfully updated diagnostics: EmisSO2_Total (counter: 57) Successfully updated diagnostics: EmisSO4_Total (counter: 57) Successfully updated diagnostics: EmisSOAP_Total (counter: 57) Successfully updated diagnostics: EmisTOLU_Total (counter: 57) Successfully updated diagnostics: EmisXYLE_Total (counter: 57) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 18:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 19:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.876830542348103E-009 Spc. emissions: 8.876830542348103E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.877031130147746E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.877031130147746E-009 OutArr : 8.877031130147746E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.642845211878139E-010 Spc. emissions: 1.642845211878139E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.252689923153844E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.493553819891841E-009 Spc. emissions: 4.746243743045676E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.746243743045676E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.748563712497895E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.748563712497895E-009 OutArr : 4.748563712497895E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.891940423234487E-009 Spc. emissions: 7.891940423234487E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.487503094852859E-010 Spc. emissions: 8.040690732719817E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.052301441695101E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 58) Added total emissions to output array: Species: 5 SpcFlx : 8.052301441695101E-009 OutArr : 8.052301441695101E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 58) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 58) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.410567162912095E-010 Spc. emissions: 6.410567162912095E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.248366293824591E-011 Spc. emissions: 6.535403792294544E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 58) Added total emissions to output array: Species: 9 SpcFlx : 6.535403792294544E-010 OutArr : 6.535403792294544E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.250690480771929E-011 Spc. emissions: 2.250690480771929E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 58) Added total emissions to output array: Species: 16 SpcFlx : 2.250690480771929E-011 OutArr : 2.250690480771929E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.362221216079128E-009 Spc. emissions: 1.362221216079128E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 58) Added total emissions to output array: Species: 17 SpcFlx : 1.362221216079128E-009 OutArr : 1.362221216079128E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.137791817665468E-011 Spc. emissions: 1.614217836398693E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614501029189230E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 58) Added total emissions to output array: Species: 18 SpcFlx : 1.614501029189230E-009 OutArr : 1.614501029189230E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.744090151293145E-009 Spc. emissions: 1.744090151293145E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.930648381049048E-011 Spc. emissions: 1.803396635103634E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.803439043164981E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 58) Added total emissions to output array: Species: 19 SpcFlx : 1.803439043164981E-009 OutArr : 1.803439043164981E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 58) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 58) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 58) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 58) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.476497492953569E-010 Spc. emissions: 2.476497492953569E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.476497492953569E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.543341194698952E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 58) Added total emissions to output array: Species: 31 SpcFlx : 2.543341194698952E-010 OutArr : 2.543341194698952E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 58) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 58) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.477079330021680E-008 Spc. emissions: 5.477079330021680E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.184876847348788E-010 Spc. emissions: 5.488928098495182E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.503034920517475E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 58) Added total emissions to output array: Species: 47 SpcFlx : 5.503034920517475E-008 OutArr : 5.503034920517475E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.401906821240039E-008 Spc. emissions: 1.596855791817718E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 58) Added total emissions to output array: Species: 49 SpcFlx : 1.596855791817718E-008 OutArr : 1.596855791817718E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.521238446630264E-008 Spc. emissions: 3.521238446630264E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 58) Added total emissions to output array: Species: 50 SpcFlx : 3.521238446630264E-008 OutArr : 3.521238446630264E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.389107836077759E-008 Spc. emissions: 6.389107836077759E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 58) Added total emissions to output array: Species: 51 SpcFlx : 6.389107836077759E-008 OutArr : 6.389107836077759E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 6.989402051285539E-008 Spc. emissions: 6.989402051285539E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 58) Added total emissions to output array: Species: 52 SpcFlx : 6.989402051285539E-008 OutArr : 6.989402051285539E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.224958264277622E-010 Spc. emissions: 2.224958264277622E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.298244413876438E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.492392249157981E-009 Spc. emissions: 4.790636663034414E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.790636663034414E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 58) Added total emissions to output array: Species: 53 SpcFlx : 4.790636663034414E-009 OutArr : 4.790636663034414E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.394747454996676E-010 Spc. emissions: 8.394747454996676E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.394747454996676E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 58) Added total emissions to output array: Species: 72 SpcFlx : 8.394747454996676E-010 OutArr : 8.394747454996676E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.624574904694394E-008 Spc. emissions: 7.624574904694394E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 58) Added total emissions to output array: Species: 121 SpcFlx : 7.624574904694394E-008 OutArr : 7.624574904694394E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.745896153025357E-009 Spc. emissions: 1.745896153025357E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 58) Added total emissions to output array: Species: 124 SpcFlx : 1.745896153025357E-009 OutArr : 1.745896153025357E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 58) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.195105544663256E-010 Spc. emissions: 4.195105544663256E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.195105544663256E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 58) Added total emissions to output array: Species: 135 SpcFlx : 4.195105544663256E-010 OutArr : 4.195105544663256E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.966611019036838E-010 Spc. emissions: 2.966611019036838E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.966611019036838E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 58) Added total emissions to output array: Species: 138 SpcFlx : 2.966611019036838E-010 OutArr : 2.966611019036838E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.569843540631681E-008 Spc. emissions: 1.569843540631681E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 58) Added total emissions to output array: Species: 146 SpcFlx : 1.569843540631681E-008 OutArr : 1.569843540631681E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.585326764264199E-009 Spc. emissions: 7.585326764264199E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 58) Added total emissions to output array: Species: 147 SpcFlx : 7.585326764264199E-009 OutArr : 7.585326764264199E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 58) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.328202744256744E-009 Spc. emissions: 7.328202744256744E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.388912958645900E-009 Spc. emissions: 1.071711570290266E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.103592349042407E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 58) Added total emissions to output array: Species: 161 SpcFlx : 1.103592349042407E-008 OutArr : 1.103592349042407E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 58) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 58) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 58) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.051935167091902E-010 Spc. emissions: 3.051935167091902E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.052288612922119E-009 Spc. emissions: 4.357482129631317E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.017331798115365E-011 Spc. emissions: 4.387655447612487E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.397324659821148E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 58) Added total emissions to output array: Species: 177 SpcFlx : 4.397324659821148E-009 OutArr : 4.397324659821148E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 58) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.066677952332169E-008 Spc. emissions: 1.066677952332169E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 58) Added total emissions to output array: Species: 190 SpcFlx : 1.066677952332169E-008 OutArr : 1.066677952332169E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.066677952332169E-008 Spc. emissions: 1.066677952332169E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 58) Added total emissions to output array: Species: 191 SpcFlx : 1.066677952332169E-008 OutArr : 1.066677952332169E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.870995649019897E-009 Spc. emissions: 5.870995649019897E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 58) Added total emissions to output array: Species: 192 SpcFlx : 5.870995649019897E-009 OutArr : 5.870995649019897E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.456024716878726E-007 Spc. emissions: 6.456024716878726E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 58) Added total emissions to output array: Species: 193 SpcFlx : 6.456024716878726E-007 OutArr : 6.456024716878726E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.456024716878726E-007 Spc. emissions: 6.456024716878726E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 58) Added total emissions to output array: Species: 194 SpcFlx : 6.456024716878726E-007 OutArr : 6.456024716878726E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.553396124846176E-007 Spc. emissions: 3.553396124846176E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 58) Added total emissions to output array: Species: 195 SpcFlx : 3.553396124846176E-007 OutArr : 3.553396124846176E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 58) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 58) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.779184643041738E-009 Spc. emissions: 3.779184643041738E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.778426099008355E-009 Spc. emissions: 6.557610742050095E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.175650041896613E-012 Spc. emissions: 6.565786392092000E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.575520099043501E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 58) Added total emissions to output array: Species: 201 SpcFlx : 6.575520099043501E-009 OutArr : 6.575520099043501E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.778426099008355E-009 Spc. emissions: 2.778426099008355E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 58) Added total emissions to output array: Species: 202 SpcFlx : 2.778426099008355E-009 OutArr : 2.778426099008355E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.055963139002000E-010 Spc. emissions: 9.055963139002000E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.311323300627105E-012 Spc. emissions: 9.129076372008285E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 58) Added total emissions to output array: Species: 203 SpcFlx : 9.129076372008285E-010 OutArr : 9.129076372008285E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.047416818968815E-010 Spc. emissions: 9.047416818968815E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.044952708339135E-012 Spc. emissions: 9.117866346052213E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 58) Added total emissions to output array: Species: 204 SpcFlx : 9.117866346052213E-010 OutArr : 9.117866346052213E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.840219637811766E-009 Spc. emissions: 3.840219637811766E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.840219637811766E-009 OutArr : 3.840219637811766E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 58) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 58) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 58) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 58) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 58) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 58) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 58) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 58) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.733483742216950E-009 Spc. emissions: 2.733483742216950E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.733483742216950E-009 OutArr : 2.733483742216950E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 58) Successfully updated diagnostics: EmisNO2_Ship (counter: 58) Successfully updated diagnostics: EmisHNO3_Ship (counter: 58) Successfully updated diagnostics: EmisO3_Ship (counter: 58) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 58) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 58) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 58) Successfully updated diagnostics: EmisCO_BioBurn (counter: 58) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 58) Successfully updated diagnostics: EmisACET_BioBurn (counter: 58) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 58) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 58) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 58) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 58) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 58) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 58) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 58) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 58) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 58) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 58) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 58) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 58) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 58) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 58) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 58) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 58) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 58) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 58) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 58) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 58) Successfully updated diagnostics: EmisALD2_Total (counter: 58) Successfully updated diagnostics: EmisALK4_Total (counter: 58) Successfully updated diagnostics: EmisBCPI_Total (counter: 58) Successfully updated diagnostics: EmisBCPO_Total (counter: 58) Successfully updated diagnostics: EmisBENZ_Total (counter: 58) Successfully updated diagnostics: EmisC2H6_Total (counter: 58) Successfully updated diagnostics: EmisC3H8_Total (counter: 58) Successfully updated diagnostics: EmisCH2O_Total (counter: 58) Successfully updated diagnostics: EmisCO_Total (counter: 58) Successfully updated diagnostics: EmisDST1_Total (counter: 58) Successfully updated diagnostics: EmisEOH_Total (counter: 58) Successfully updated diagnostics: EmisHCOOH_Total (counter: 58) Successfully updated diagnostics: EmisISOP_Total (counter: 58) Successfully updated diagnostics: EmisMACR_Total (counter: 58) Successfully updated diagnostics: EmisMEK_Total (counter: 58) Successfully updated diagnostics: EmisMOH_Total (counter: 58) Successfully updated diagnostics: EmisMTPA_Total (counter: 58) Successfully updated diagnostics: EmisNH3_Total (counter: 58) Successfully updated diagnostics: EmisNO_Total (counter: 58) Successfully updated diagnostics: EmisOCPI_Total (counter: 58) Successfully updated diagnostics: EmisOCPO_Total (counter: 58) Successfully updated diagnostics: EmispFe_Total (counter: 58) Successfully updated diagnostics: EmisPRPE_Total (counter: 58) Successfully updated diagnostics: EmisRCHO_Total (counter: 58) Successfully updated diagnostics: EmisSO2_Total (counter: 58) Successfully updated diagnostics: EmisSO4_Total (counter: 58) Successfully updated diagnostics: EmisSOAP_Total (counter: 58) Successfully updated diagnostics: EmisTOLU_Total (counter: 58) Successfully updated diagnostics: EmisXYLE_Total (counter: 58) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 19:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 19:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.876830542348103E-009 Spc. emissions: 8.876830542348103E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.877031130147746E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.877031130147746E-009 OutArr : 8.877031130147746E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.642845211878139E-010 Spc. emissions: 1.642845211878139E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.252689923153844E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.493553819891841E-009 Spc. emissions: 4.746243743045676E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.746243743045676E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.748563712497895E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.748563712497895E-009 OutArr : 4.748563712497895E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.891940423234487E-009 Spc. emissions: 7.891940423234487E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.487503094852859E-010 Spc. emissions: 8.040690732719817E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.052301441695101E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 59) Added total emissions to output array: Species: 5 SpcFlx : 8.052301441695101E-009 OutArr : 8.052301441695101E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 59) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 59) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.410567162912095E-010 Spc. emissions: 6.410567162912095E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.248366293824591E-011 Spc. emissions: 6.535403792294544E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 59) Added total emissions to output array: Species: 9 SpcFlx : 6.535403792294544E-010 OutArr : 6.535403792294544E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.250690480771929E-011 Spc. emissions: 2.250690480771929E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 59) Added total emissions to output array: Species: 16 SpcFlx : 2.250690480771929E-011 OutArr : 2.250690480771929E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.362221216079128E-009 Spc. emissions: 1.362221216079128E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 59) Added total emissions to output array: Species: 17 SpcFlx : 1.362221216079128E-009 OutArr : 1.362221216079128E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.137791817665468E-011 Spc. emissions: 1.614217836398693E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614501029189230E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 59) Added total emissions to output array: Species: 18 SpcFlx : 1.614501029189230E-009 OutArr : 1.614501029189230E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.744090151293145E-009 Spc. emissions: 1.744090151293145E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.930648381049048E-011 Spc. emissions: 1.803396635103634E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.803439043164981E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 59) Added total emissions to output array: Species: 19 SpcFlx : 1.803439043164981E-009 OutArr : 1.803439043164981E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 59) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 59) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 59) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 59) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.476497492953569E-010 Spc. emissions: 2.476497492953569E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.476497492953569E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.543341194698952E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 59) Added total emissions to output array: Species: 31 SpcFlx : 2.543341194698952E-010 OutArr : 2.543341194698952E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 59) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 59) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.477079330021680E-008 Spc. emissions: 5.477079330021680E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.184876847348788E-010 Spc. emissions: 5.488928098495182E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.503034920517475E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 59) Added total emissions to output array: Species: 47 SpcFlx : 5.503034920517475E-008 OutArr : 5.503034920517475E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.401906821240039E-008 Spc. emissions: 1.596855791817718E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 59) Added total emissions to output array: Species: 49 SpcFlx : 1.596855791817718E-008 OutArr : 1.596855791817718E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.521238446630264E-008 Spc. emissions: 3.521238446630264E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 59) Added total emissions to output array: Species: 50 SpcFlx : 3.521238446630264E-008 OutArr : 3.521238446630264E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.389107836077759E-008 Spc. emissions: 6.389107836077759E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 59) Added total emissions to output array: Species: 51 SpcFlx : 6.389107836077759E-008 OutArr : 6.389107836077759E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 6.989402051285539E-008 Spc. emissions: 6.989402051285539E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 59) Added total emissions to output array: Species: 52 SpcFlx : 6.989402051285539E-008 OutArr : 6.989402051285539E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.224958264277622E-010 Spc. emissions: 2.224958264277622E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.298244413876438E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.492392249157981E-009 Spc. emissions: 4.790636663034414E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.790636663034414E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 59) Added total emissions to output array: Species: 53 SpcFlx : 4.790636663034414E-009 OutArr : 4.790636663034414E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.394747454996676E-010 Spc. emissions: 8.394747454996676E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.394747454996676E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 59) Added total emissions to output array: Species: 72 SpcFlx : 8.394747454996676E-010 OutArr : 8.394747454996676E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.624574904694394E-008 Spc. emissions: 7.624574904694394E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 59) Added total emissions to output array: Species: 121 SpcFlx : 7.624574904694394E-008 OutArr : 7.624574904694394E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.745896153025357E-009 Spc. emissions: 1.745896153025357E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 59) Added total emissions to output array: Species: 124 SpcFlx : 1.745896153025357E-009 OutArr : 1.745896153025357E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 59) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.195105544663256E-010 Spc. emissions: 4.195105544663256E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.195105544663256E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 59) Added total emissions to output array: Species: 135 SpcFlx : 4.195105544663256E-010 OutArr : 4.195105544663256E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.966611019036838E-010 Spc. emissions: 2.966611019036838E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.966611019036838E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 59) Added total emissions to output array: Species: 138 SpcFlx : 2.966611019036838E-010 OutArr : 2.966611019036838E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.569843540631681E-008 Spc. emissions: 1.569843540631681E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 59) Added total emissions to output array: Species: 146 SpcFlx : 1.569843540631681E-008 OutArr : 1.569843540631681E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.585326764264199E-009 Spc. emissions: 7.585326764264199E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 59) Added total emissions to output array: Species: 147 SpcFlx : 7.585326764264199E-009 OutArr : 7.585326764264199E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 59) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.328202744256744E-009 Spc. emissions: 7.328202744256744E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.388912958645900E-009 Spc. emissions: 1.071711570290266E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.103592349042407E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 59) Added total emissions to output array: Species: 161 SpcFlx : 1.103592349042407E-008 OutArr : 1.103592349042407E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 59) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 59) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 59) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.051935167091902E-010 Spc. emissions: 3.051935167091902E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.052288612922119E-009 Spc. emissions: 4.357482129631317E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.017331798115365E-011 Spc. emissions: 4.387655447612487E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.397324659821148E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 59) Added total emissions to output array: Species: 177 SpcFlx : 4.397324659821148E-009 OutArr : 4.397324659821148E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 59) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.066677952332169E-008 Spc. emissions: 1.066677952332169E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 59) Added total emissions to output array: Species: 190 SpcFlx : 1.066677952332169E-008 OutArr : 1.066677952332169E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.066677952332169E-008 Spc. emissions: 1.066677952332169E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 59) Added total emissions to output array: Species: 191 SpcFlx : 1.066677952332169E-008 OutArr : 1.066677952332169E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.870995649019897E-009 Spc. emissions: 5.870995649019897E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 59) Added total emissions to output array: Species: 192 SpcFlx : 5.870995649019897E-009 OutArr : 5.870995649019897E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.456024716878726E-007 Spc. emissions: 6.456024716878726E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 59) Added total emissions to output array: Species: 193 SpcFlx : 6.456024716878726E-007 OutArr : 6.456024716878726E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.456024716878726E-007 Spc. emissions: 6.456024716878726E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 59) Added total emissions to output array: Species: 194 SpcFlx : 6.456024716878726E-007 OutArr : 6.456024716878726E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.553396124846176E-007 Spc. emissions: 3.553396124846176E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 59) Added total emissions to output array: Species: 195 SpcFlx : 3.553396124846176E-007 OutArr : 3.553396124846176E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 59) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 59) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.779184643041738E-009 Spc. emissions: 3.779184643041738E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.778426099008355E-009 Spc. emissions: 6.557610742050095E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.175650041896613E-012 Spc. emissions: 6.565786392092000E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.575520099043501E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 59) Added total emissions to output array: Species: 201 SpcFlx : 6.575520099043501E-009 OutArr : 6.575520099043501E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.778426099008355E-009 Spc. emissions: 2.778426099008355E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 59) Added total emissions to output array: Species: 202 SpcFlx : 2.778426099008355E-009 OutArr : 2.778426099008355E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.055963139002000E-010 Spc. emissions: 9.055963139002000E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.311323300627105E-012 Spc. emissions: 9.129076372008285E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 59) Added total emissions to output array: Species: 203 SpcFlx : 9.129076372008285E-010 OutArr : 9.129076372008285E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.047416818968815E-010 Spc. emissions: 9.047416818968815E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.044952708339135E-012 Spc. emissions: 9.117866346052213E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 59) Added total emissions to output array: Species: 204 SpcFlx : 9.117866346052213E-010 OutArr : 9.117866346052213E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.840219637811766E-009 Spc. emissions: 3.840219637811766E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.840219637811766E-009 OutArr : 3.840219637811766E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 59) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 59) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 59) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 59) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 59) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 59) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 59) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 59) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.733483742216950E-009 Spc. emissions: 2.733483742216950E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.733483742216950E-009 OutArr : 2.733483742216950E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 59) Successfully updated diagnostics: EmisNO2_Ship (counter: 59) Successfully updated diagnostics: EmisHNO3_Ship (counter: 59) Successfully updated diagnostics: EmisO3_Ship (counter: 59) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 59) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 59) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 59) Successfully updated diagnostics: EmisCO_BioBurn (counter: 59) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 59) Successfully updated diagnostics: EmisACET_BioBurn (counter: 59) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 59) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 59) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 59) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 59) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 59) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 59) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 59) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 59) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 59) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 59) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 59) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 59) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 59) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 59) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 59) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 59) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 59) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 59) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 59) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 59) Successfully updated diagnostics: EmisALD2_Total (counter: 59) Successfully updated diagnostics: EmisALK4_Total (counter: 59) Successfully updated diagnostics: EmisBCPI_Total (counter: 59) Successfully updated diagnostics: EmisBCPO_Total (counter: 59) Successfully updated diagnostics: EmisBENZ_Total (counter: 59) Successfully updated diagnostics: EmisC2H6_Total (counter: 59) Successfully updated diagnostics: EmisC3H8_Total (counter: 59) Successfully updated diagnostics: EmisCH2O_Total (counter: 59) Successfully updated diagnostics: EmisCO_Total (counter: 59) Successfully updated diagnostics: EmisDST1_Total (counter: 59) Successfully updated diagnostics: EmisEOH_Total (counter: 59) Successfully updated diagnostics: EmisHCOOH_Total (counter: 59) Successfully updated diagnostics: EmisISOP_Total (counter: 59) Successfully updated diagnostics: EmisMACR_Total (counter: 59) Successfully updated diagnostics: EmisMEK_Total (counter: 59) Successfully updated diagnostics: EmisMOH_Total (counter: 59) Successfully updated diagnostics: EmisMTPA_Total (counter: 59) Successfully updated diagnostics: EmisNH3_Total (counter: 59) Successfully updated diagnostics: EmisNO_Total (counter: 59) Successfully updated diagnostics: EmisOCPI_Total (counter: 59) Successfully updated diagnostics: EmisOCPO_Total (counter: 59) Successfully updated diagnostics: EmispFe_Total (counter: 59) Successfully updated diagnostics: EmisPRPE_Total (counter: 59) Successfully updated diagnostics: EmisRCHO_Total (counter: 59) Successfully updated diagnostics: EmisSO2_Total (counter: 59) Successfully updated diagnostics: EmisSO4_Total (counter: 59) Successfully updated diagnostics: EmisSOAP_Total (counter: 59) Successfully updated diagnostics: EmisTOLU_Total (counter: 59) Successfully updated diagnostics: EmisXYLE_Total (counter: 59) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 19:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 19:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.876830542348103E-009 Spc. emissions: 8.876830542348103E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.877031130147746E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.877031130147746E-009 OutArr : 8.877031130147746E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.642845211878139E-010 Spc. emissions: 1.642845211878139E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.252689923153844E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.493553819891841E-009 Spc. emissions: 4.746243743045676E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.746243743045676E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.748563712497895E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.748563712497895E-009 OutArr : 4.748563712497895E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.891940423234487E-009 Spc. emissions: 7.891940423234487E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.487503094852859E-010 Spc. emissions: 8.040690732719817E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 8.052301441695101E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 60) Added total emissions to output array: Species: 5 SpcFlx : 8.052301441695101E-009 OutArr : 8.052301441695101E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 60) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 60) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.410567162912095E-010 Spc. emissions: 6.410567162912095E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.248366293824591E-011 Spc. emissions: 6.535403792294544E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 60) Added total emissions to output array: Species: 9 SpcFlx : 6.535403792294544E-010 OutArr : 6.535403792294544E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.250690480771929E-011 Spc. emissions: 2.250690480771929E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 60) Added total emissions to output array: Species: 16 SpcFlx : 2.250690480771929E-011 OutArr : 2.250690480771929E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.362221216079128E-009 Spc. emissions: 1.362221216079128E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 60) Added total emissions to output array: Species: 17 SpcFlx : 1.362221216079128E-009 OutArr : 1.362221216079128E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.137791817665468E-011 Spc. emissions: 1.614217836398693E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614501029189230E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 60) Added total emissions to output array: Species: 18 SpcFlx : 1.614501029189230E-009 OutArr : 1.614501029189230E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.744090151293145E-009 Spc. emissions: 1.744090151293145E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.930648381049048E-011 Spc. emissions: 1.803396635103634E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.803439043164981E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 60) Added total emissions to output array: Species: 19 SpcFlx : 1.803439043164981E-009 OutArr : 1.803439043164981E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 60) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 60) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 60) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 60) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.476497492953569E-010 Spc. emissions: 2.476497492953569E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.476497492953569E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.543341194698952E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 60) Added total emissions to output array: Species: 31 SpcFlx : 2.543341194698952E-010 OutArr : 2.543341194698952E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 60) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 60) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.477079330021680E-008 Spc. emissions: 5.477079330021680E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.184876847348788E-010 Spc. emissions: 5.488928098495182E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.503034920517475E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 60) Added total emissions to output array: Species: 47 SpcFlx : 5.503034920517475E-008 OutArr : 5.503034920517475E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.401906821240039E-008 Spc. emissions: 1.596855791817718E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 60) Added total emissions to output array: Species: 49 SpcFlx : 1.596855791817718E-008 OutArr : 1.596855791817718E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.521238446630264E-008 Spc. emissions: 3.521238446630264E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 60) Added total emissions to output array: Species: 50 SpcFlx : 3.521238446630264E-008 OutArr : 3.521238446630264E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.389107836077759E-008 Spc. emissions: 6.389107836077759E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 60) Added total emissions to output array: Species: 51 SpcFlx : 6.389107836077759E-008 OutArr : 6.389107836077759E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 6.989402051285539E-008 Spc. emissions: 6.989402051285539E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 60) Added total emissions to output array: Species: 52 SpcFlx : 6.989402051285539E-008 OutArr : 6.989402051285539E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.224958264277622E-010 Spc. emissions: 2.224958264277622E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.298244413876438E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.492392249157981E-009 Spc. emissions: 4.790636663034414E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.790636663034414E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 60) Added total emissions to output array: Species: 53 SpcFlx : 4.790636663034414E-009 OutArr : 4.790636663034414E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.394747454996676E-010 Spc. emissions: 8.394747454996676E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.394747454996676E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 60) Added total emissions to output array: Species: 72 SpcFlx : 8.394747454996676E-010 OutArr : 8.394747454996676E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 7.624574904694394E-008 Spc. emissions: 7.624574904694394E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 60) Added total emissions to output array: Species: 121 SpcFlx : 7.624574904694394E-008 OutArr : 7.624574904694394E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.745896153025357E-009 Spc. emissions: 1.745896153025357E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 60) Added total emissions to output array: Species: 124 SpcFlx : 1.745896153025357E-009 OutArr : 1.745896153025357E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 60) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.195105544663256E-010 Spc. emissions: 4.195105544663256E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.195105544663256E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 60) Added total emissions to output array: Species: 135 SpcFlx : 4.195105544663256E-010 OutArr : 4.195105544663256E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.966611019036838E-010 Spc. emissions: 2.966611019036838E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.966611019036838E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 60) Added total emissions to output array: Species: 138 SpcFlx : 2.966611019036838E-010 OutArr : 2.966611019036838E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.569843540631681E-008 Spc. emissions: 1.569843540631681E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 60) Added total emissions to output array: Species: 146 SpcFlx : 1.569843540631681E-008 OutArr : 1.569843540631681E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 7.585326764264199E-009 Spc. emissions: 7.585326764264199E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 60) Added total emissions to output array: Species: 147 SpcFlx : 7.585326764264199E-009 OutArr : 7.585326764264199E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 60) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.328202744256744E-009 Spc. emissions: 7.328202744256744E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.388912958645900E-009 Spc. emissions: 1.071711570290266E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.103592349042407E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 60) Added total emissions to output array: Species: 161 SpcFlx : 1.103592349042407E-008 OutArr : 1.103592349042407E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 60) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 60) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 60) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.051935167091902E-010 Spc. emissions: 3.051935167091902E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 4.052288612922119E-009 Spc. emissions: 4.357482129631317E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.017331798115365E-011 Spc. emissions: 4.387655447612487E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.397324659821148E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 60) Added total emissions to output array: Species: 177 SpcFlx : 4.397324659821148E-009 OutArr : 4.397324659821148E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 60) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.066677952332169E-008 Spc. emissions: 1.066677952332169E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 60) Added total emissions to output array: Species: 190 SpcFlx : 1.066677952332169E-008 OutArr : 1.066677952332169E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.066677952332169E-008 Spc. emissions: 1.066677952332169E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 60) Added total emissions to output array: Species: 191 SpcFlx : 1.066677952332169E-008 OutArr : 1.066677952332169E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.870995649019897E-009 Spc. emissions: 5.870995649019897E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 60) Added total emissions to output array: Species: 192 SpcFlx : 5.870995649019897E-009 OutArr : 5.870995649019897E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.456024716878726E-007 Spc. emissions: 6.456024716878726E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 60) Added total emissions to output array: Species: 193 SpcFlx : 6.456024716878726E-007 OutArr : 6.456024716878726E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.456024716878726E-007 Spc. emissions: 6.456024716878726E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 60) Added total emissions to output array: Species: 194 SpcFlx : 6.456024716878726E-007 OutArr : 6.456024716878726E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.553396124846176E-007 Spc. emissions: 3.553396124846176E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 60) Added total emissions to output array: Species: 195 SpcFlx : 3.553396124846176E-007 OutArr : 3.553396124846176E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 60) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 60) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.779184643041738E-009 Spc. emissions: 3.779184643041738E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.778426099008355E-009 Spc. emissions: 6.557610742050095E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.175650041896613E-012 Spc. emissions: 6.565786392092000E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.575520099043501E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 60) Added total emissions to output array: Species: 201 SpcFlx : 6.575520099043501E-009 OutArr : 6.575520099043501E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.778426099008355E-009 Spc. emissions: 2.778426099008355E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 60) Added total emissions to output array: Species: 202 SpcFlx : 2.778426099008355E-009 OutArr : 2.778426099008355E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.055963139002000E-010 Spc. emissions: 9.055963139002000E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.311323300627105E-012 Spc. emissions: 9.129076372008285E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 60) Added total emissions to output array: Species: 203 SpcFlx : 9.129076372008285E-010 OutArr : 9.129076372008285E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.047416818968815E-010 Spc. emissions: 9.047416818968815E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 16 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.044952708339135E-012 Spc. emissions: 9.117866346052213E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 60) Added total emissions to output array: Species: 204 SpcFlx : 9.117866346052213E-010 OutArr : 9.117866346052213E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.840219637811766E-009 Spc. emissions: 3.840219637811766E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.840219637811766E-009 OutArr : 3.840219637811766E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 60) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 60) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 60) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 60) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 60) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 60) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 60) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 60) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.425572 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.733483742216950E-009 Spc. emissions: 2.733483742216950E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.733483742216950E-009 OutArr : 2.733483742216950E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 60) Successfully updated diagnostics: EmisNO2_Ship (counter: 60) Successfully updated diagnostics: EmisHNO3_Ship (counter: 60) Successfully updated diagnostics: EmisO3_Ship (counter: 60) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 60) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 60) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 60) Successfully updated diagnostics: EmisCO_BioBurn (counter: 60) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 60) Successfully updated diagnostics: EmisACET_BioBurn (counter: 60) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 60) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 60) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 60) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 60) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 60) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 60) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 60) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 60) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 60) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 60) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 60) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 60) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 60) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 60) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 60) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 60) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 60) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 60) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 60) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 60) Successfully updated diagnostics: EmisALD2_Total (counter: 60) Successfully updated diagnostics: EmisALK4_Total (counter: 60) Successfully updated diagnostics: EmisBCPI_Total (counter: 60) Successfully updated diagnostics: EmisBCPO_Total (counter: 60) Successfully updated diagnostics: EmisBENZ_Total (counter: 60) Successfully updated diagnostics: EmisC2H6_Total (counter: 60) Successfully updated diagnostics: EmisC3H8_Total (counter: 60) Successfully updated diagnostics: EmisCH2O_Total (counter: 60) Successfully updated diagnostics: EmisCO_Total (counter: 60) Successfully updated diagnostics: EmisDST1_Total (counter: 60) Successfully updated diagnostics: EmisEOH_Total (counter: 60) Successfully updated diagnostics: EmisHCOOH_Total (counter: 60) Successfully updated diagnostics: EmisISOP_Total (counter: 60) Successfully updated diagnostics: EmisMACR_Total (counter: 60) Successfully updated diagnostics: EmisMEK_Total (counter: 60) Successfully updated diagnostics: EmisMOH_Total (counter: 60) Successfully updated diagnostics: EmisMTPA_Total (counter: 60) Successfully updated diagnostics: EmisNH3_Total (counter: 60) Successfully updated diagnostics: EmisNO_Total (counter: 60) Successfully updated diagnostics: EmisOCPI_Total (counter: 60) Successfully updated diagnostics: EmisOCPO_Total (counter: 60) Successfully updated diagnostics: EmispFe_Total (counter: 60) Successfully updated diagnostics: EmisPRPE_Total (counter: 60) Successfully updated diagnostics: EmisRCHO_Total (counter: 60) Successfully updated diagnostics: EmisSO2_Total (counter: 60) Successfully updated diagnostics: EmisSO4_Total (counter: 60) Successfully updated diagnostics: EmisSOAP_Total (counter: 60) Successfully updated diagnostics: EmisTOLU_Total (counter: 60) Successfully updated diagnostics: EmisXYLE_Total (counter: 60) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 19:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 20:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.550172988869879E-009 Spc. emissions: 8.550172988869879E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.550373576669514E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.550373576669514E-009 OutArr : 8.550373576669514E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.612272491256675E-010 Spc. emissions: 1.612272491256675E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.249632651091697E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.119188083050068E-009 Spc. emissions: 4.368820734141766E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.368820734141766E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.371140703593984E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.371140703593984E-009 OutArr : 4.371140703593984E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.809962742375703E-009 Spc. emissions: 7.809962742375703E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.477811815833559E-010 Spc. emissions: 7.957743923959080E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 7.969354632934370E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 61) Added total emissions to output array: Species: 5 SpcFlx : 7.969354632934370E-009 OutArr : 7.969354632934370E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 61) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 61) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.334501173061246E-010 Spc. emissions: 6.334501173061246E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.269097875675871E-011 Spc. emissions: 6.461410960628820E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 61) Added total emissions to output array: Species: 9 SpcFlx : 6.461410960628820E-010 OutArr : 6.461410960628820E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.248988935101093E-011 Spc. emissions: 2.248988935101093E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 61) Added total emissions to output array: Species: 16 SpcFlx : 2.248988935101093E-011 OutArr : 2.248988935101093E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.361191375307250E-009 Spc. emissions: 1.361191375307250E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 61) Added total emissions to output array: Species: 17 SpcFlx : 1.361191375307250E-009 OutArr : 1.361191375307250E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.105346273455250E-011 Spc. emissions: 1.613893380956591E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614176573747129E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 61) Added total emissions to output array: Species: 18 SpcFlx : 1.614176573747129E-009 OutArr : 1.614176573747129E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.774300558756773E-009 Spc. emissions: 1.774300558756773E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.840638161586437E-011 Spc. emissions: 1.832706940372636E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.832749348433982E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 61) Added total emissions to output array: Species: 19 SpcFlx : 1.832749348433982E-009 OutArr : 1.832749348433982E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 61) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 61) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 61) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 61) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.471945000153293E-010 Spc. emissions: 2.471945000153293E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.471945000153293E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.538788701898674E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 61) Added total emissions to output array: Species: 31 SpcFlx : 2.538788701898674E-010 OutArr : 2.538788701898674E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 61) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 61) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.463488349940102E-008 Spc. emissions: 5.463488349940102E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.205254385623239E-010 Spc. emissions: 5.475540893796345E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.489647715818643E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 61) Added total emissions to output array: Species: 47 SpcFlx : 5.489647715818643E-008 OutArr : 5.489647715818643E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.471948938260795E-008 Spc. emissions: 1.666897908838475E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 61) Added total emissions to output array: Species: 49 SpcFlx : 1.666897908838475E-008 OutArr : 1.666897908838475E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.697166724192293E-008 Spc. emissions: 3.697166724192293E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 61) Added total emissions to output array: Species: 50 SpcFlx : 3.697166724192293E-008 OutArr : 3.697166724192293E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.708320989791580E-008 Spc. emissions: 6.708320989791580E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 61) Added total emissions to output array: Species: 51 SpcFlx : 6.708320989791580E-008 OutArr : 6.708320989791580E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 7.338607016213237E-008 Spc. emissions: 7.338607016213237E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 61) Added total emissions to output array: Species: 52 SpcFlx : 7.338607016213237E-008 OutArr : 7.338607016213237E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.196638419427113E-010 Spc. emissions: 2.196638419427113E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.295412429391386E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.118151003465093E-009 Spc. emissions: 4.413563432856481E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.413563432856481E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 61) Added total emissions to output array: Species: 53 SpcFlx : 4.413563432856481E-009 OutArr : 4.413563432856481E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.217715811344622E-010 Spc. emissions: 8.217715811344622E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.217715811344622E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 61) Added total emissions to output array: Species: 72 SpcFlx : 8.217715811344622E-010 OutArr : 8.217715811344622E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.281231542044918E-008 Spc. emissions: 6.281231542044918E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 61) Added total emissions to output array: Species: 121 SpcFlx : 6.281231542044918E-008 OutArr : 6.281231542044918E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.673499133831899E-009 Spc. emissions: 1.673499133831899E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 61) Added total emissions to output array: Species: 124 SpcFlx : 1.673499133831899E-009 OutArr : 1.673499133831899E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 61) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.181487758328822E-010 Spc. emissions: 4.181487758328822E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.181487758328822E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 61) Added total emissions to output array: Species: 135 SpcFlx : 4.181487758328822E-010 OutArr : 4.181487758328822E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.928851225902822E-010 Spc. emissions: 2.928851225902822E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.928851225902822E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 61) Added total emissions to output array: Species: 138 SpcFlx : 2.928851225902822E-010 OutArr : 2.928851225902822E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.446386474638975E-008 Spc. emissions: 1.446386474638975E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 61) Added total emissions to output array: Species: 146 SpcFlx : 1.446386474638975E-008 OutArr : 1.446386474638975E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.831524235365160E-009 Spc. emissions: 6.831524235365160E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 61) Added total emissions to output array: Species: 147 SpcFlx : 6.831524235365160E-009 OutArr : 6.831524235365160E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 61) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.208707415137545E-009 Spc. emissions: 7.208707415137545E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.290822251157485E-009 Spc. emissions: 1.049952966629504E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.081833745381644E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 61) Added total emissions to output array: Species: 161 SpcFlx : 1.081833745381644E-008 OutArr : 1.081833745381644E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 61) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 61) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 61) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.000409851458262E-010 Spc. emissions: 3.000409851458262E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.894504585698809E-009 Spc. emissions: 4.194545570844631E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.069239595220573E-011 Spc. emissions: 4.225237966796859E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.234907179005516E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 61) Added total emissions to output array: Species: 177 SpcFlx : 4.234907179005516E-009 OutArr : 4.234907179005516E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 61) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.065871532583441E-008 Spc. emissions: 1.065871532583441E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 61) Added total emissions to output array: Species: 190 SpcFlx : 1.065871532583441E-008 OutArr : 1.065871532583441E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.065871532583441E-008 Spc. emissions: 1.065871532583441E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 61) Added total emissions to output array: Species: 191 SpcFlx : 1.065871532583441E-008 OutArr : 1.065871532583441E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.866557114572141E-009 Spc. emissions: 5.866557114572141E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 61) Added total emissions to output array: Species: 192 SpcFlx : 5.866557114572141E-009 OutArr : 5.866557114572141E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.451143954929604E-007 Spc. emissions: 6.451143954929604E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 61) Added total emissions to output array: Species: 193 SpcFlx : 6.451143954929604E-007 OutArr : 6.451143954929604E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.451143954929604E-007 Spc. emissions: 6.451143954929604E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 61) Added total emissions to output array: Species: 194 SpcFlx : 6.451143954929604E-007 OutArr : 6.451143954929604E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.550709753378149E-007 Spc. emissions: 3.550709753378149E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 61) Added total emissions to output array: Species: 195 SpcFlx : 3.550709753378149E-007 OutArr : 3.550709753378149E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 61) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 61) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.769806867020372E-009 Spc. emissions: 3.769806867020372E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.440268372664730E-009 Spc. emissions: 6.210075239685092E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.316255052467971E-012 Spc. emissions: 6.218391494737577E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.228125201689061E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 61) Added total emissions to output array: Species: 201 SpcFlx : 6.228125201689061E-009 OutArr : 6.228125201689061E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.440268372664730E-009 Spc. emissions: 2.440268372664730E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 61) Added total emissions to output array: Species: 202 SpcFlx : 2.440268372664730E-009 OutArr : 2.440268372664730E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.018936074502748E-010 Spc. emissions: 9.018936074502748E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.422214995763909E-012 Spc. emissions: 9.093158224460405E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 61) Added total emissions to output array: Species: 203 SpcFlx : 9.093158224460405E-010 OutArr : 9.093158224460405E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.045486703792049E-010 Spc. emissions: 9.045486703792049E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.121488889421387E-012 Spc. emissions: 9.116701592686271E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 61) Added total emissions to output array: Species: 204 SpcFlx : 9.116701592686271E-010 OutArr : 9.116701592686271E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.484046379875601E-009 Spc. emissions: 3.484046379875601E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.484046379875601E-009 OutArr : 3.484046379875601E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 61) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 61) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 61) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 61) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 61) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 61) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 61) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 61) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.762239522742009E-009 Spc. emissions: 2.762239522742009E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.762239522742009E-009 OutArr : 2.762239522742009E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 61) Successfully updated diagnostics: EmisNO2_Ship (counter: 61) Successfully updated diagnostics: EmisHNO3_Ship (counter: 61) Successfully updated diagnostics: EmisO3_Ship (counter: 61) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 61) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 61) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 61) Successfully updated diagnostics: EmisCO_BioBurn (counter: 61) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 61) Successfully updated diagnostics: EmisACET_BioBurn (counter: 61) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 61) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 61) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 61) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 61) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 61) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 61) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 61) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 61) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 61) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 61) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 61) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 61) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 61) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 61) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 61) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 61) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 61) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 61) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 61) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 61) Successfully updated diagnostics: EmisALD2_Total (counter: 61) Successfully updated diagnostics: EmisALK4_Total (counter: 61) Successfully updated diagnostics: EmisBCPI_Total (counter: 61) Successfully updated diagnostics: EmisBCPO_Total (counter: 61) Successfully updated diagnostics: EmisBENZ_Total (counter: 61) Successfully updated diagnostics: EmisC2H6_Total (counter: 61) Successfully updated diagnostics: EmisC3H8_Total (counter: 61) Successfully updated diagnostics: EmisCH2O_Total (counter: 61) Successfully updated diagnostics: EmisCO_Total (counter: 61) Successfully updated diagnostics: EmisDST1_Total (counter: 61) Successfully updated diagnostics: EmisEOH_Total (counter: 61) Successfully updated diagnostics: EmisHCOOH_Total (counter: 61) Successfully updated diagnostics: EmisISOP_Total (counter: 61) Successfully updated diagnostics: EmisMACR_Total (counter: 61) Successfully updated diagnostics: EmisMEK_Total (counter: 61) Successfully updated diagnostics: EmisMOH_Total (counter: 61) Successfully updated diagnostics: EmisMTPA_Total (counter: 61) Successfully updated diagnostics: EmisNH3_Total (counter: 61) Successfully updated diagnostics: EmisNO_Total (counter: 61) Successfully updated diagnostics: EmisOCPI_Total (counter: 61) Successfully updated diagnostics: EmisOCPO_Total (counter: 61) Successfully updated diagnostics: EmispFe_Total (counter: 61) Successfully updated diagnostics: EmisPRPE_Total (counter: 61) Successfully updated diagnostics: EmisRCHO_Total (counter: 61) Successfully updated diagnostics: EmisSO2_Total (counter: 61) Successfully updated diagnostics: EmisSO4_Total (counter: 61) Successfully updated diagnostics: EmisSOAP_Total (counter: 61) Successfully updated diagnostics: EmisTOLU_Total (counter: 61) Successfully updated diagnostics: EmisXYLE_Total (counter: 61) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 20:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 20:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.550172988869879E-009 Spc. emissions: 8.550172988869879E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.550373576669514E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.550373576669514E-009 OutArr : 8.550373576669514E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.612272491256675E-010 Spc. emissions: 1.612272491256675E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.249632651091697E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.119188083050068E-009 Spc. emissions: 4.368820734141766E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.368820734141766E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.371140703593984E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.371140703593984E-009 OutArr : 4.371140703593984E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.809962742375703E-009 Spc. emissions: 7.809962742375703E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.477811815833559E-010 Spc. emissions: 7.957743923959080E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 7.969354632934370E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 62) Added total emissions to output array: Species: 5 SpcFlx : 7.969354632934370E-009 OutArr : 7.969354632934370E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 62) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 62) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.334501173061246E-010 Spc. emissions: 6.334501173061246E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.269097875675871E-011 Spc. emissions: 6.461410960628820E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 62) Added total emissions to output array: Species: 9 SpcFlx : 6.461410960628820E-010 OutArr : 6.461410960628820E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.248988935101093E-011 Spc. emissions: 2.248988935101093E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 62) Added total emissions to output array: Species: 16 SpcFlx : 2.248988935101093E-011 OutArr : 2.248988935101093E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.361191375307250E-009 Spc. emissions: 1.361191375307250E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 62) Added total emissions to output array: Species: 17 SpcFlx : 1.361191375307250E-009 OutArr : 1.361191375307250E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.105346273455250E-011 Spc. emissions: 1.613893380956591E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614176573747129E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 62) Added total emissions to output array: Species: 18 SpcFlx : 1.614176573747129E-009 OutArr : 1.614176573747129E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.774300558756773E-009 Spc. emissions: 1.774300558756773E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.840638161586437E-011 Spc. emissions: 1.832706940372636E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.832749348433982E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 62) Added total emissions to output array: Species: 19 SpcFlx : 1.832749348433982E-009 OutArr : 1.832749348433982E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 62) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 62) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 62) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 62) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.471945000153293E-010 Spc. emissions: 2.471945000153293E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.471945000153293E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.538788701898674E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 62) Added total emissions to output array: Species: 31 SpcFlx : 2.538788701898674E-010 OutArr : 2.538788701898674E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 62) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 62) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.463488349940102E-008 Spc. emissions: 5.463488349940102E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.205254385623239E-010 Spc. emissions: 5.475540893796345E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.489647715818643E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 62) Added total emissions to output array: Species: 47 SpcFlx : 5.489647715818643E-008 OutArr : 5.489647715818643E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.471948938260795E-008 Spc. emissions: 1.666897908838475E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 62) Added total emissions to output array: Species: 49 SpcFlx : 1.666897908838475E-008 OutArr : 1.666897908838475E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.697166724192293E-008 Spc. emissions: 3.697166724192293E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 62) Added total emissions to output array: Species: 50 SpcFlx : 3.697166724192293E-008 OutArr : 3.697166724192293E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.708320989791580E-008 Spc. emissions: 6.708320989791580E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 62) Added total emissions to output array: Species: 51 SpcFlx : 6.708320989791580E-008 OutArr : 6.708320989791580E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 7.338607016213237E-008 Spc. emissions: 7.338607016213237E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 62) Added total emissions to output array: Species: 52 SpcFlx : 7.338607016213237E-008 OutArr : 7.338607016213237E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.196638419427113E-010 Spc. emissions: 2.196638419427113E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.295412429391386E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.118151003465093E-009 Spc. emissions: 4.413563432856481E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.413563432856481E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 62) Added total emissions to output array: Species: 53 SpcFlx : 4.413563432856481E-009 OutArr : 4.413563432856481E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.217715811344622E-010 Spc. emissions: 8.217715811344622E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.217715811344622E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 62) Added total emissions to output array: Species: 72 SpcFlx : 8.217715811344622E-010 OutArr : 8.217715811344622E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.281231542044918E-008 Spc. emissions: 6.281231542044918E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 62) Added total emissions to output array: Species: 121 SpcFlx : 6.281231542044918E-008 OutArr : 6.281231542044918E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.673499133831899E-009 Spc. emissions: 1.673499133831899E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 62) Added total emissions to output array: Species: 124 SpcFlx : 1.673499133831899E-009 OutArr : 1.673499133831899E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 62) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.181487758328822E-010 Spc. emissions: 4.181487758328822E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.181487758328822E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 62) Added total emissions to output array: Species: 135 SpcFlx : 4.181487758328822E-010 OutArr : 4.181487758328822E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.928851225902822E-010 Spc. emissions: 2.928851225902822E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.928851225902822E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 62) Added total emissions to output array: Species: 138 SpcFlx : 2.928851225902822E-010 OutArr : 2.928851225902822E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.446386474638975E-008 Spc. emissions: 1.446386474638975E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 62) Added total emissions to output array: Species: 146 SpcFlx : 1.446386474638975E-008 OutArr : 1.446386474638975E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.831524235365160E-009 Spc. emissions: 6.831524235365160E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 62) Added total emissions to output array: Species: 147 SpcFlx : 6.831524235365160E-009 OutArr : 6.831524235365160E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 62) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.208707415137545E-009 Spc. emissions: 7.208707415137545E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.290822251157485E-009 Spc. emissions: 1.049952966629504E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.081833745381644E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 62) Added total emissions to output array: Species: 161 SpcFlx : 1.081833745381644E-008 OutArr : 1.081833745381644E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 62) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 62) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 62) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.000409851458262E-010 Spc. emissions: 3.000409851458262E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.894504585698809E-009 Spc. emissions: 4.194545570844631E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.069239595220573E-011 Spc. emissions: 4.225237966796859E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.234907179005516E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 62) Added total emissions to output array: Species: 177 SpcFlx : 4.234907179005516E-009 OutArr : 4.234907179005516E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 62) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.065871532583441E-008 Spc. emissions: 1.065871532583441E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 62) Added total emissions to output array: Species: 190 SpcFlx : 1.065871532583441E-008 OutArr : 1.065871532583441E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.065871532583441E-008 Spc. emissions: 1.065871532583441E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 62) Added total emissions to output array: Species: 191 SpcFlx : 1.065871532583441E-008 OutArr : 1.065871532583441E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.866557114572141E-009 Spc. emissions: 5.866557114572141E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 62) Added total emissions to output array: Species: 192 SpcFlx : 5.866557114572141E-009 OutArr : 5.866557114572141E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.451143954929604E-007 Spc. emissions: 6.451143954929604E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 62) Added total emissions to output array: Species: 193 SpcFlx : 6.451143954929604E-007 OutArr : 6.451143954929604E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.451143954929604E-007 Spc. emissions: 6.451143954929604E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 62) Added total emissions to output array: Species: 194 SpcFlx : 6.451143954929604E-007 OutArr : 6.451143954929604E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.550709753378149E-007 Spc. emissions: 3.550709753378149E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 62) Added total emissions to output array: Species: 195 SpcFlx : 3.550709753378149E-007 OutArr : 3.550709753378149E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 62) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 62) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.769806867020372E-009 Spc. emissions: 3.769806867020372E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.440268372664730E-009 Spc. emissions: 6.210075239685092E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.316255052467971E-012 Spc. emissions: 6.218391494737577E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.228125201689061E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 62) Added total emissions to output array: Species: 201 SpcFlx : 6.228125201689061E-009 OutArr : 6.228125201689061E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.440268372664730E-009 Spc. emissions: 2.440268372664730E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 62) Added total emissions to output array: Species: 202 SpcFlx : 2.440268372664730E-009 OutArr : 2.440268372664730E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.018936074502748E-010 Spc. emissions: 9.018936074502748E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.422214995763909E-012 Spc. emissions: 9.093158224460405E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 62) Added total emissions to output array: Species: 203 SpcFlx : 9.093158224460405E-010 OutArr : 9.093158224460405E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.045486703792049E-010 Spc. emissions: 9.045486703792049E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.121488889421387E-012 Spc. emissions: 9.116701592686271E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 62) Added total emissions to output array: Species: 204 SpcFlx : 9.116701592686271E-010 OutArr : 9.116701592686271E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.484046379875601E-009 Spc. emissions: 3.484046379875601E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.484046379875601E-009 OutArr : 3.484046379875601E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 62) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 62) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 62) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 62) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 62) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 62) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 62) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 62) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.762239522742009E-009 Spc. emissions: 2.762239522742009E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.762239522742009E-009 OutArr : 2.762239522742009E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 62) Successfully updated diagnostics: EmisNO2_Ship (counter: 62) Successfully updated diagnostics: EmisHNO3_Ship (counter: 62) Successfully updated diagnostics: EmisO3_Ship (counter: 62) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 62) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 62) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 62) Successfully updated diagnostics: EmisCO_BioBurn (counter: 62) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 62) Successfully updated diagnostics: EmisACET_BioBurn (counter: 62) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 62) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 62) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 62) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 62) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 62) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 62) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 62) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 62) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 62) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 62) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 62) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 62) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 62) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 62) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 62) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 62) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 62) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 62) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 62) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 62) Successfully updated diagnostics: EmisALD2_Total (counter: 62) Successfully updated diagnostics: EmisALK4_Total (counter: 62) Successfully updated diagnostics: EmisBCPI_Total (counter: 62) Successfully updated diagnostics: EmisBCPO_Total (counter: 62) Successfully updated diagnostics: EmisBENZ_Total (counter: 62) Successfully updated diagnostics: EmisC2H6_Total (counter: 62) Successfully updated diagnostics: EmisC3H8_Total (counter: 62) Successfully updated diagnostics: EmisCH2O_Total (counter: 62) Successfully updated diagnostics: EmisCO_Total (counter: 62) Successfully updated diagnostics: EmisDST1_Total (counter: 62) Successfully updated diagnostics: EmisEOH_Total (counter: 62) Successfully updated diagnostics: EmisHCOOH_Total (counter: 62) Successfully updated diagnostics: EmisISOP_Total (counter: 62) Successfully updated diagnostics: EmisMACR_Total (counter: 62) Successfully updated diagnostics: EmisMEK_Total (counter: 62) Successfully updated diagnostics: EmisMOH_Total (counter: 62) Successfully updated diagnostics: EmisMTPA_Total (counter: 62) Successfully updated diagnostics: EmisNH3_Total (counter: 62) Successfully updated diagnostics: EmisNO_Total (counter: 62) Successfully updated diagnostics: EmisOCPI_Total (counter: 62) Successfully updated diagnostics: EmisOCPO_Total (counter: 62) Successfully updated diagnostics: EmispFe_Total (counter: 62) Successfully updated diagnostics: EmisPRPE_Total (counter: 62) Successfully updated diagnostics: EmisRCHO_Total (counter: 62) Successfully updated diagnostics: EmisSO2_Total (counter: 62) Successfully updated diagnostics: EmisSO4_Total (counter: 62) Successfully updated diagnostics: EmisSOAP_Total (counter: 62) Successfully updated diagnostics: EmisTOLU_Total (counter: 62) Successfully updated diagnostics: EmisXYLE_Total (counter: 62) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 20:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 20:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.550172988869879E-009 Spc. emissions: 8.550172988869879E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.550373576669514E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.550373576669514E-009 OutArr : 8.550373576669514E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.612272491256675E-010 Spc. emissions: 1.612272491256675E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.249632651091697E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 3.119188083050068E-009 Spc. emissions: 4.368820734141766E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.368820734141766E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 4.371140703593984E-009 Added total emissions to output array: Species: 4 SpcFlx : 4.371140703593984E-009 OutArr : 4.371140703593984E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.809962742375703E-009 Spc. emissions: 7.809962742375703E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.477811815833559E-010 Spc. emissions: 7.957743923959080E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 7.969354632934370E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 63) Added total emissions to output array: Species: 5 SpcFlx : 7.969354632934370E-009 OutArr : 7.969354632934370E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 63) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 63) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.334501173061246E-010 Spc. emissions: 6.334501173061246E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.269097875675871E-011 Spc. emissions: 6.461410960628820E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 63) Added total emissions to output array: Species: 9 SpcFlx : 6.461410960628820E-010 OutArr : 6.461410960628820E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.248988935101093E-011 Spc. emissions: 2.248988935101093E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 63) Added total emissions to output array: Species: 16 SpcFlx : 2.248988935101093E-011 OutArr : 2.248988935101093E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.361191375307250E-009 Spc. emissions: 1.361191375307250E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 63) Added total emissions to output array: Species: 17 SpcFlx : 1.361191375307250E-009 OutArr : 1.361191375307250E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.105346273455250E-011 Spc. emissions: 1.613893380956591E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.614176573747129E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 63) Added total emissions to output array: Species: 18 SpcFlx : 1.614176573747129E-009 OutArr : 1.614176573747129E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.774300558756773E-009 Spc. emissions: 1.774300558756773E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.840638161586437E-011 Spc. emissions: 1.832706940372636E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.832749348433982E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 63) Added total emissions to output array: Species: 19 SpcFlx : 1.832749348433982E-009 OutArr : 1.832749348433982E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 63) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 63) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 63) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 63) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.471945000153293E-010 Spc. emissions: 2.471945000153293E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.471945000153293E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.538788701898674E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 63) Added total emissions to output array: Species: 31 SpcFlx : 2.538788701898674E-010 OutArr : 2.538788701898674E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 63) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 63) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.463488349940102E-008 Spc. emissions: 5.463488349940102E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.205254385623239E-010 Spc. emissions: 5.475540893796345E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.489647715818643E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 63) Added total emissions to output array: Species: 47 SpcFlx : 5.489647715818643E-008 OutArr : 5.489647715818643E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.471948938260795E-008 Spc. emissions: 1.666897908838475E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 63) Added total emissions to output array: Species: 49 SpcFlx : 1.666897908838475E-008 OutArr : 1.666897908838475E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 3.697166724192293E-008 Spc. emissions: 3.697166724192293E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 63) Added total emissions to output array: Species: 50 SpcFlx : 3.697166724192293E-008 OutArr : 3.697166724192293E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 6.708320989791580E-008 Spc. emissions: 6.708320989791580E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 63) Added total emissions to output array: Species: 51 SpcFlx : 6.708320989791580E-008 OutArr : 6.708320989791580E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 7.338607016213237E-008 Spc. emissions: 7.338607016213237E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 63) Added total emissions to output array: Species: 52 SpcFlx : 7.338607016213237E-008 OutArr : 7.338607016213237E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.196638419427113E-010 Spc. emissions: 2.196638419427113E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.295412429391386E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 3.118151003465093E-009 Spc. emissions: 4.413563432856481E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.413563432856481E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 63) Added total emissions to output array: Species: 53 SpcFlx : 4.413563432856481E-009 OutArr : 4.413563432856481E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.217715811344622E-010 Spc. emissions: 8.217715811344622E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.217715811344622E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 63) Added total emissions to output array: Species: 72 SpcFlx : 8.217715811344622E-010 OutArr : 8.217715811344622E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 6.281231542044918E-008 Spc. emissions: 6.281231542044918E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 63) Added total emissions to output array: Species: 121 SpcFlx : 6.281231542044918E-008 OutArr : 6.281231542044918E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.673499133831899E-009 Spc. emissions: 1.673499133831899E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 63) Added total emissions to output array: Species: 124 SpcFlx : 1.673499133831899E-009 OutArr : 1.673499133831899E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 63) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.181487758328822E-010 Spc. emissions: 4.181487758328822E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.181487758328822E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 63) Added total emissions to output array: Species: 135 SpcFlx : 4.181487758328822E-010 OutArr : 4.181487758328822E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.928851225902822E-010 Spc. emissions: 2.928851225902822E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.928851225902822E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 63) Added total emissions to output array: Species: 138 SpcFlx : 2.928851225902822E-010 OutArr : 2.928851225902822E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.446386474638975E-008 Spc. emissions: 1.446386474638975E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 63) Added total emissions to output array: Species: 146 SpcFlx : 1.446386474638975E-008 OutArr : 1.446386474638975E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 6.831524235365160E-009 Spc. emissions: 6.831524235365160E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 63) Added total emissions to output array: Species: 147 SpcFlx : 6.831524235365160E-009 OutArr : 6.831524235365160E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 63) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.208707415137545E-009 Spc. emissions: 7.208707415137545E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.290822251157485E-009 Spc. emissions: 1.049952966629504E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.081833745381644E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 63) Added total emissions to output array: Species: 161 SpcFlx : 1.081833745381644E-008 OutArr : 1.081833745381644E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 63) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 63) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 63) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.000409851458262E-010 Spc. emissions: 3.000409851458262E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.894504585698809E-009 Spc. emissions: 4.194545570844631E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.069239595220573E-011 Spc. emissions: 4.225237966796859E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.234907179005516E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 63) Added total emissions to output array: Species: 177 SpcFlx : 4.234907179005516E-009 OutArr : 4.234907179005516E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 63) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.065871532583441E-008 Spc. emissions: 1.065871532583441E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 63) Added total emissions to output array: Species: 190 SpcFlx : 1.065871532583441E-008 OutArr : 1.065871532583441E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.065871532583441E-008 Spc. emissions: 1.065871532583441E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 63) Added total emissions to output array: Species: 191 SpcFlx : 1.065871532583441E-008 OutArr : 1.065871532583441E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.866557114572141E-009 Spc. emissions: 5.866557114572141E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 63) Added total emissions to output array: Species: 192 SpcFlx : 5.866557114572141E-009 OutArr : 5.866557114572141E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.451143954929604E-007 Spc. emissions: 6.451143954929604E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 63) Added total emissions to output array: Species: 193 SpcFlx : 6.451143954929604E-007 OutArr : 6.451143954929604E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.451143954929604E-007 Spc. emissions: 6.451143954929604E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 63) Added total emissions to output array: Species: 194 SpcFlx : 6.451143954929604E-007 OutArr : 6.451143954929604E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.550709753378149E-007 Spc. emissions: 3.550709753378149E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 63) Added total emissions to output array: Species: 195 SpcFlx : 3.550709753378149E-007 OutArr : 3.550709753378149E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 63) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 63) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.769806867020372E-009 Spc. emissions: 3.769806867020372E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.440268372664730E-009 Spc. emissions: 6.210075239685092E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.316255052467971E-012 Spc. emissions: 6.218391494737577E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.228125201689061E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 63) Added total emissions to output array: Species: 201 SpcFlx : 6.228125201689061E-009 OutArr : 6.228125201689061E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.440268372664730E-009 Spc. emissions: 2.440268372664730E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 63) Added total emissions to output array: Species: 202 SpcFlx : 2.440268372664730E-009 OutArr : 2.440268372664730E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 9.018936074502748E-010 Spc. emissions: 9.018936074502748E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.422214995763909E-012 Spc. emissions: 9.093158224460405E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 63) Added total emissions to output array: Species: 203 SpcFlx : 9.093158224460405E-010 OutArr : 9.093158224460405E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 9.045486703792049E-010 Spc. emissions: 9.045486703792049E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 17 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 7.121488889421387E-012 Spc. emissions: 9.116701592686271E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 63) Added total emissions to output array: Species: 204 SpcFlx : 9.116701592686271E-010 OutArr : 9.116701592686271E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.484046379875601E-009 Spc. emissions: 3.484046379875601E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.484046379875601E-009 OutArr : 3.484046379875601E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 63) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 63) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 63) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 63) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 63) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 63) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 63) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 63) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 21 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.720073 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.762239522742009E-009 Spc. emissions: 2.762239522742009E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.762239522742009E-009 OutArr : 2.762239522742009E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 63) Successfully updated diagnostics: EmisNO2_Ship (counter: 63) Successfully updated diagnostics: EmisHNO3_Ship (counter: 63) Successfully updated diagnostics: EmisO3_Ship (counter: 63) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 63) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 63) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 63) Successfully updated diagnostics: EmisCO_BioBurn (counter: 63) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 63) Successfully updated diagnostics: EmisACET_BioBurn (counter: 63) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 63) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 63) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 63) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 63) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 63) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 63) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 63) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 63) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 63) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 63) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 63) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 63) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 63) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 63) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 63) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 63) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 63) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 63) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 63) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 63) Successfully updated diagnostics: EmisALD2_Total (counter: 63) Successfully updated diagnostics: EmisALK4_Total (counter: 63) Successfully updated diagnostics: EmisBCPI_Total (counter: 63) Successfully updated diagnostics: EmisBCPO_Total (counter: 63) Successfully updated diagnostics: EmisBENZ_Total (counter: 63) Successfully updated diagnostics: EmisC2H6_Total (counter: 63) Successfully updated diagnostics: EmisC3H8_Total (counter: 63) Successfully updated diagnostics: EmisCH2O_Total (counter: 63) Successfully updated diagnostics: EmisCO_Total (counter: 63) Successfully updated diagnostics: EmisDST1_Total (counter: 63) Successfully updated diagnostics: EmisEOH_Total (counter: 63) Successfully updated diagnostics: EmisHCOOH_Total (counter: 63) Successfully updated diagnostics: EmisISOP_Total (counter: 63) Successfully updated diagnostics: EmisMACR_Total (counter: 63) Successfully updated diagnostics: EmisMEK_Total (counter: 63) Successfully updated diagnostics: EmisMOH_Total (counter: 63) Successfully updated diagnostics: EmisMTPA_Total (counter: 63) Successfully updated diagnostics: EmisNH3_Total (counter: 63) Successfully updated diagnostics: EmisNO_Total (counter: 63) Successfully updated diagnostics: EmisOCPI_Total (counter: 63) Successfully updated diagnostics: EmisOCPO_Total (counter: 63) Successfully updated diagnostics: EmispFe_Total (counter: 63) Successfully updated diagnostics: EmisPRPE_Total (counter: 63) Successfully updated diagnostics: EmisRCHO_Total (counter: 63) Successfully updated diagnostics: EmisSO2_Total (counter: 63) Successfully updated diagnostics: EmisSO4_Total (counter: 63) Successfully updated diagnostics: EmisSOAP_Total (counter: 63) Successfully updated diagnostics: EmisTOLU_Total (counter: 63) Successfully updated diagnostics: EmisXYLE_Total (counter: 63) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 20:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 21:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading 3-hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: FLASH_DENS Parsing source file and replacing tokens Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-21:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-22:30 Opening file: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field FLASH_DENS Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-21:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-22:30 preferred datetime: 201907012230. selected tidx1: 8 corresponding datetime 1: 201907012230. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable LDENS HEMCO WARNING: Data is treated as unitless, but file attribute suggests it is not: km-2 s-1. File: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 --> LOCATION: HCOIO_READ_STD (hcoio_read_std_mod.F90) Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) ------------------------------------------------------------------------------- Processing container: CONV_DEPTH Parsing source file and replacing tokens Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-21:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-22:30 Reading from existing stream: /work/psk9/Data/ExtData/HEMCO/OFFLINE_LIGHTNING/v2020-03/MERRA2/2019/FLASH_CTH_MERRA2_0.5x0.625_2019_07.nc4 HEMCO: Entering GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Number of time slices found: 248 Time slice range : 201907010130.000 201907312230.000 Adjusted time stamp of field CONV_DEPTH Time shift (YMDhms): 0 0 0 0 90 0 Original Yr/Mt/Dy-Hr:Mn = 2019/07/01-21:00 Adjusted Yr/Mt/Dy-Hr:Mn = 2019/07/01-22:30 preferred datetime: 201907012230. selected tidx1: 8 corresponding datetime 1: 201907012230. assigned delta t [h]: 0 local time? F HEMCO: Leaving GET_TIMEIDX (hcoio_util_mod.F90) ( 6) Reading variable CTH Based on srcUnit attribute (1), no unit conversion is performed. ==> Use map_a2a regridding HEMCO: Leaving HCOIO_READ_STD (hcoio_read_std_mod.F90) ( 5) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.076635602303736E-009 Spc. emissions: 8.076635602303736E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.076836190103387E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.076836190103387E-009 OutArr : 8.076836190103387E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.589212077594598E-010 Spc. emissions: 1.589212077594598E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.247326609725489E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.651047220806065E-009 Spc. emissions: 3.898373830531551E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.898373830531551E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.900693799983765E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.900693799983765E-009 OutArr : 3.900693799983765E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.418462876897479E-009 Spc. emissions: 7.418462876897479E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.400316120235492E-010 Spc. emissions: 7.558494488921005E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 7.570105197896293E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 64) Added total emissions to output array: Species: 5 SpcFlx : 7.570105197896293E-009 OutArr : 7.570105197896293E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 64) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 64) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.186469330423286E-010 Spc. emissions: 6.186469330423286E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.244248999084101E-011 Spc. emissions: 6.310894230331676E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 64) Added total emissions to output array: Species: 9 SpcFlx : 6.310894230331676E-010 OutArr : 6.310894230331676E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.245303229486873E-011 Spc. emissions: 2.245303229486873E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 64) Added total emissions to output array: Species: 16 SpcFlx : 2.245303229486873E-011 OutArr : 2.245303229486873E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.358960601565582E-009 Spc. emissions: 1.358960601565582E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 64) Added total emissions to output array: Species: 17 SpcFlx : 1.358960601565582E-009 OutArr : 1.358960601565582E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 1.968190102951021E-011 Spc. emissions: 1.612521819251548E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.612805012042086E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 64) Added total emissions to output array: Species: 18 SpcFlx : 1.612805012042086E-009 OutArr : 1.612805012042086E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.761622837286986E-009 Spc. emissions: 1.761622837286986E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.460140393891728E-011 Spc. emissions: 1.816224241225902E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.816266649287248E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 64) Added total emissions to output array: Species: 19 SpcFlx : 1.816266649287248E-009 OutArr : 1.816266649287248E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 64) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 64) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 64) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 64) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.397931654212407E-010 Spc. emissions: 2.397931654212407E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.397931654212407E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.464775355957789E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 64) Added total emissions to output array: Species: 31 SpcFlx : 2.464775355957789E-010 OutArr : 2.464775355957789E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 64) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 64) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.455301209589459E-008 Spc. emissions: 5.455301209589459E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.182667960682681E-010 Spc. emissions: 5.467127889196266E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.481234711218565E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 64) Added total emissions to output array: Species: 47 SpcFlx : 5.481234711218565E-008 OutArr : 5.481234711218565E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.616945661741878E-008 Spc. emissions: 1.811894632319559E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 64) Added total emissions to output array: Species: 49 SpcFlx : 1.811894632319559E-008 OutArr : 1.811894632319559E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.061362144855750E-008 Spc. emissions: 4.061362144855750E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 64) Added total emissions to output array: Species: 50 SpcFlx : 4.061362144855750E-008 OutArr : 4.061362144855750E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.369134623119491E-008 Spc. emissions: 7.369134623119491E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 64) Added total emissions to output array: Species: 51 SpcFlx : 7.369134623119491E-008 OutArr : 7.369134623119491E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.061508629056283E-008 Spc. emissions: 8.061508629056283E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 64) Added total emissions to output array: Species: 52 SpcFlx : 8.061508629056283E-008 OutArr : 8.061508629056283E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.149126330663243E-010 Spc. emissions: 2.149126330663243E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.290661220514998E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.650165771117340E-009 Spc. emissions: 3.940826991632352E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.940826991632352E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 64) Added total emissions to output array: Species: 53 SpcFlx : 3.940826991632352E-009 OutArr : 3.940826991632352E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.090732927699082E-010 Spc. emissions: 8.090732927699082E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.090732927699082E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 64) Added total emissions to output array: Species: 72 SpcFlx : 8.090732927699082E-010 OutArr : 8.090732927699082E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 4.663372936194478E-008 Spc. emissions: 4.663372936194478E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 64) Added total emissions to output array: Species: 121 SpcFlx : 4.663372936194478E-008 OutArr : 4.663372936194478E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.591887614789880E-009 Spc. emissions: 1.591887614789880E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 64) Added total emissions to output array: Species: 124 SpcFlx : 1.591887614789880E-009 OutArr : 1.591887614789880E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 64) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.120341198948647E-010 Spc. emissions: 4.120341198948647E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.120341198948647E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 64) Added total emissions to output array: Species: 135 SpcFlx : 4.120341198948647E-010 OutArr : 4.120341198948647E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.865501774217663E-010 Spc. emissions: 2.865501774217663E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.865501774217663E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 64) Added total emissions to output array: Species: 138 SpcFlx : 2.865501774217663E-010 OutArr : 2.865501774217663E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.299748569236095E-008 Spc. emissions: 1.299748569236095E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 64) Added total emissions to output array: Species: 146 SpcFlx : 1.299748569236095E-008 OutArr : 1.299748569236095E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.939809863456924E-009 Spc. emissions: 5.939809863456924E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 64) Added total emissions to output array: Species: 147 SpcFlx : 5.939809863456924E-009 OutArr : 5.939809863456924E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 64) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.449499239669502E-009 Spc. emissions: 7.449499239669502E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.182782895149700E-009 Spc. emissions: 1.063228213481921E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.095108992234062E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 64) Added total emissions to output array: Species: 161 SpcFlx : 1.095108992234062E-008 OutArr : 1.095108992234062E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 64) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 64) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 64) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 2.957975138282583E-010 Spc. emissions: 2.957975138282583E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.694799108414512E-009 Spc. emissions: 3.990596622242764E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.011684066389928E-011 Spc. emissions: 4.020713462906660E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.030382675115320E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 64) Added total emissions to output array: Species: 177 SpcFlx : 4.030382675115320E-009 OutArr : 4.030382675115320E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 64) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.064124752672535E-008 Spc. emissions: 1.064124752672535E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 64) Added total emissions to output array: Species: 190 SpcFlx : 1.064124752672535E-008 OutArr : 1.064124752672535E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.064124752672535E-008 Spc. emissions: 1.064124752672535E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 64) Added total emissions to output array: Species: 191 SpcFlx : 1.064124752672535E-008 OutArr : 1.064124752672535E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.856942837616007E-009 Spc. emissions: 5.856942837616007E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 64) Added total emissions to output array: Species: 192 SpcFlx : 5.856942837616007E-009 OutArr : 5.856942837616007E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.440571567534694E-007 Spc. emissions: 6.440571567534694E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 64) Added total emissions to output array: Species: 193 SpcFlx : 6.440571567534694E-007 OutArr : 6.440571567534694E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.440571567534694E-007 Spc. emissions: 6.440571567534694E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 64) Added total emissions to output array: Species: 194 SpcFlx : 6.440571567534694E-007 OutArr : 6.440571567534694E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.544890711158365E-007 Spc. emissions: 3.544890711158365E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 64) Added total emissions to output array: Species: 195 SpcFlx : 3.544890711158365E-007 OutArr : 3.544890711158365E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 64) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 64) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.764157740319941E-009 Spc. emissions: 3.764157740319941E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.033279950227497E-009 Spc. emissions: 5.797437690547445E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.160408724282280E-012 Spc. emissions: 5.805598099271755E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 5.815331806223249E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 64) Added total emissions to output array: Species: 201 SpcFlx : 5.815331806223249E-009 OutArr : 5.815331806223249E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.033279950227497E-009 Spc. emissions: 2.033279950227497E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 64) Added total emissions to output array: Species: 202 SpcFlx : 2.033279950227497E-009 OutArr : 2.033279950227497E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 8.845169803577005E-010 Spc. emissions: 8.845169803577005E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.262025264206983E-012 Spc. emissions: 8.917790056219067E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 64) Added total emissions to output array: Species: 203 SpcFlx : 8.917790056219067E-010 OutArr : 8.917790056219067E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 8.945986477820368E-010 Spc. emissions: 8.945986477820368E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.924927340371324E-012 Spc. emissions: 9.015235751224117E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 64) Added total emissions to output array: Species: 204 SpcFlx : 9.015235751224117E-010 OutArr : 9.015235751224117E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.017707727614240E-009 Spc. emissions: 3.017707727614240E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.017707727614240E-009 OutArr : 3.017707727614240E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 64) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 64) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 64) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 64) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 64) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 64) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 64) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 64) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.765616992846756E-009 Spc. emissions: 2.765616992846756E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.765616992846756E-009 OutArr : 2.765616992846756E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 64) Successfully updated diagnostics: EmisNO2_Ship (counter: 64) Successfully updated diagnostics: EmisHNO3_Ship (counter: 64) Successfully updated diagnostics: EmisO3_Ship (counter: 64) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 64) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 64) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 64) Successfully updated diagnostics: EmisCO_BioBurn (counter: 64) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 64) Successfully updated diagnostics: EmisACET_BioBurn (counter: 64) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 64) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 64) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 64) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 64) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 64) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 64) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 64) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 64) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 64) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 64) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 64) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 64) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 64) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 64) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 64) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 64) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 64) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 64) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 64) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 64) Successfully updated diagnostics: EmisALD2_Total (counter: 64) Successfully updated diagnostics: EmisALK4_Total (counter: 64) Successfully updated diagnostics: EmisBCPI_Total (counter: 64) Successfully updated diagnostics: EmisBCPO_Total (counter: 64) Successfully updated diagnostics: EmisBENZ_Total (counter: 64) Successfully updated diagnostics: EmisC2H6_Total (counter: 64) Successfully updated diagnostics: EmisC3H8_Total (counter: 64) Successfully updated diagnostics: EmisCH2O_Total (counter: 64) Successfully updated diagnostics: EmisCO_Total (counter: 64) Successfully updated diagnostics: EmisDST1_Total (counter: 64) Successfully updated diagnostics: EmisEOH_Total (counter: 64) Successfully updated diagnostics: EmisHCOOH_Total (counter: 64) Successfully updated diagnostics: EmisISOP_Total (counter: 64) Successfully updated diagnostics: EmisMACR_Total (counter: 64) Successfully updated diagnostics: EmisMEK_Total (counter: 64) Successfully updated diagnostics: EmisMOH_Total (counter: 64) Successfully updated diagnostics: EmisMTPA_Total (counter: 64) Successfully updated diagnostics: EmisNH3_Total (counter: 64) Successfully updated diagnostics: EmisNO_Total (counter: 64) Successfully updated diagnostics: EmisOCPI_Total (counter: 64) Successfully updated diagnostics: EmisOCPO_Total (counter: 64) Successfully updated diagnostics: EmispFe_Total (counter: 64) Successfully updated diagnostics: EmisPRPE_Total (counter: 64) Successfully updated diagnostics: EmisRCHO_Total (counter: 64) Successfully updated diagnostics: EmisSO2_Total (counter: 64) Successfully updated diagnostics: EmisSO4_Total (counter: 64) Successfully updated diagnostics: EmisSOAP_Total (counter: 64) Successfully updated diagnostics: EmisTOLU_Total (counter: 64) Successfully updated diagnostics: EmisXYLE_Total (counter: 64) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 21:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 21:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.076635602303736E-009 Spc. emissions: 8.076635602303736E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.076836190103387E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.076836190103387E-009 OutArr : 8.076836190103387E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.589212077594598E-010 Spc. emissions: 1.589212077594598E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.247326609725489E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.651047220806065E-009 Spc. emissions: 3.898373830531551E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.898373830531551E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.900693799983765E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.900693799983765E-009 OutArr : 3.900693799983765E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.418462876897479E-009 Spc. emissions: 7.418462876897479E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.400316120235492E-010 Spc. emissions: 7.558494488921005E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 7.570105197896293E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 65) Added total emissions to output array: Species: 5 SpcFlx : 7.570105197896293E-009 OutArr : 7.570105197896293E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 65) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 65) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.186469330423286E-010 Spc. emissions: 6.186469330423286E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.244248999084101E-011 Spc. emissions: 6.310894230331676E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 65) Added total emissions to output array: Species: 9 SpcFlx : 6.310894230331676E-010 OutArr : 6.310894230331676E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.245303229486873E-011 Spc. emissions: 2.245303229486873E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 65) Added total emissions to output array: Species: 16 SpcFlx : 2.245303229486873E-011 OutArr : 2.245303229486873E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.358960601565582E-009 Spc. emissions: 1.358960601565582E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 65) Added total emissions to output array: Species: 17 SpcFlx : 1.358960601565582E-009 OutArr : 1.358960601565582E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 1.968190102951021E-011 Spc. emissions: 1.612521819251548E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.612805012042086E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 65) Added total emissions to output array: Species: 18 SpcFlx : 1.612805012042086E-009 OutArr : 1.612805012042086E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.761622837286986E-009 Spc. emissions: 1.761622837286986E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.460140393891728E-011 Spc. emissions: 1.816224241225902E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.816266649287248E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 65) Added total emissions to output array: Species: 19 SpcFlx : 1.816266649287248E-009 OutArr : 1.816266649287248E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 65) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 65) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 65) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 65) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.397931654212407E-010 Spc. emissions: 2.397931654212407E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.397931654212407E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.464775355957789E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 65) Added total emissions to output array: Species: 31 SpcFlx : 2.464775355957789E-010 OutArr : 2.464775355957789E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 65) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 65) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.455301209589459E-008 Spc. emissions: 5.455301209589459E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.182667960682681E-010 Spc. emissions: 5.467127889196266E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.481234711218565E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 65) Added total emissions to output array: Species: 47 SpcFlx : 5.481234711218565E-008 OutArr : 5.481234711218565E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.616945661741878E-008 Spc. emissions: 1.811894632319559E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 65) Added total emissions to output array: Species: 49 SpcFlx : 1.811894632319559E-008 OutArr : 1.811894632319559E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.061362144855750E-008 Spc. emissions: 4.061362144855750E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 65) Added total emissions to output array: Species: 50 SpcFlx : 4.061362144855750E-008 OutArr : 4.061362144855750E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.369134623119491E-008 Spc. emissions: 7.369134623119491E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 65) Added total emissions to output array: Species: 51 SpcFlx : 7.369134623119491E-008 OutArr : 7.369134623119491E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.061508629056283E-008 Spc. emissions: 8.061508629056283E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 65) Added total emissions to output array: Species: 52 SpcFlx : 8.061508629056283E-008 OutArr : 8.061508629056283E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.149126330663243E-010 Spc. emissions: 2.149126330663243E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.290661220514998E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.650165771117340E-009 Spc. emissions: 3.940826991632352E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.940826991632352E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 65) Added total emissions to output array: Species: 53 SpcFlx : 3.940826991632352E-009 OutArr : 3.940826991632352E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.090732927699082E-010 Spc. emissions: 8.090732927699082E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.090732927699082E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 65) Added total emissions to output array: Species: 72 SpcFlx : 8.090732927699082E-010 OutArr : 8.090732927699082E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 4.663372936194478E-008 Spc. emissions: 4.663372936194478E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 65) Added total emissions to output array: Species: 121 SpcFlx : 4.663372936194478E-008 OutArr : 4.663372936194478E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.591887614789880E-009 Spc. emissions: 1.591887614789880E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 65) Added total emissions to output array: Species: 124 SpcFlx : 1.591887614789880E-009 OutArr : 1.591887614789880E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 65) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.120341198948647E-010 Spc. emissions: 4.120341198948647E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.120341198948647E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 65) Added total emissions to output array: Species: 135 SpcFlx : 4.120341198948647E-010 OutArr : 4.120341198948647E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.865501774217663E-010 Spc. emissions: 2.865501774217663E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.865501774217663E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 65) Added total emissions to output array: Species: 138 SpcFlx : 2.865501774217663E-010 OutArr : 2.865501774217663E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.299748569236095E-008 Spc. emissions: 1.299748569236095E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 65) Added total emissions to output array: Species: 146 SpcFlx : 1.299748569236095E-008 OutArr : 1.299748569236095E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.939809863456924E-009 Spc. emissions: 5.939809863456924E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 65) Added total emissions to output array: Species: 147 SpcFlx : 5.939809863456924E-009 OutArr : 5.939809863456924E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 65) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.449499239669502E-009 Spc. emissions: 7.449499239669502E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.182782895149700E-009 Spc. emissions: 1.063228213481921E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.095108992234062E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 65) Added total emissions to output array: Species: 161 SpcFlx : 1.095108992234062E-008 OutArr : 1.095108992234062E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 65) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 65) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 65) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 2.957975138282583E-010 Spc. emissions: 2.957975138282583E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.694799108414512E-009 Spc. emissions: 3.990596622242764E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.011684066389928E-011 Spc. emissions: 4.020713462906660E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.030382675115320E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 65) Added total emissions to output array: Species: 177 SpcFlx : 4.030382675115320E-009 OutArr : 4.030382675115320E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 65) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.064124752672535E-008 Spc. emissions: 1.064124752672535E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 65) Added total emissions to output array: Species: 190 SpcFlx : 1.064124752672535E-008 OutArr : 1.064124752672535E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.064124752672535E-008 Spc. emissions: 1.064124752672535E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 65) Added total emissions to output array: Species: 191 SpcFlx : 1.064124752672535E-008 OutArr : 1.064124752672535E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.856942837616007E-009 Spc. emissions: 5.856942837616007E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 65) Added total emissions to output array: Species: 192 SpcFlx : 5.856942837616007E-009 OutArr : 5.856942837616007E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.440571567534694E-007 Spc. emissions: 6.440571567534694E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 65) Added total emissions to output array: Species: 193 SpcFlx : 6.440571567534694E-007 OutArr : 6.440571567534694E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.440571567534694E-007 Spc. emissions: 6.440571567534694E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 65) Added total emissions to output array: Species: 194 SpcFlx : 6.440571567534694E-007 OutArr : 6.440571567534694E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.544890711158365E-007 Spc. emissions: 3.544890711158365E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 65) Added total emissions to output array: Species: 195 SpcFlx : 3.544890711158365E-007 OutArr : 3.544890711158365E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 65) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 65) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.764157740319941E-009 Spc. emissions: 3.764157740319941E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.033279950227497E-009 Spc. emissions: 5.797437690547445E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.160408724282280E-012 Spc. emissions: 5.805598099271755E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 5.815331806223249E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 65) Added total emissions to output array: Species: 201 SpcFlx : 5.815331806223249E-009 OutArr : 5.815331806223249E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.033279950227497E-009 Spc. emissions: 2.033279950227497E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 65) Added total emissions to output array: Species: 202 SpcFlx : 2.033279950227497E-009 OutArr : 2.033279950227497E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 8.845169803577005E-010 Spc. emissions: 8.845169803577005E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.262025264206983E-012 Spc. emissions: 8.917790056219067E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 65) Added total emissions to output array: Species: 203 SpcFlx : 8.917790056219067E-010 OutArr : 8.917790056219067E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 8.945986477820368E-010 Spc. emissions: 8.945986477820368E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.924927340371324E-012 Spc. emissions: 9.015235751224117E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 65) Added total emissions to output array: Species: 204 SpcFlx : 9.015235751224117E-010 OutArr : 9.015235751224117E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.017707727614240E-009 Spc. emissions: 3.017707727614240E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.017707727614240E-009 OutArr : 3.017707727614240E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 65) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 65) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 65) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 65) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 65) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 65) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 65) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 65) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.765616992846756E-009 Spc. emissions: 2.765616992846756E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.765616992846756E-009 OutArr : 2.765616992846756E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 65) Successfully updated diagnostics: EmisNO2_Ship (counter: 65) Successfully updated diagnostics: EmisHNO3_Ship (counter: 65) Successfully updated diagnostics: EmisO3_Ship (counter: 65) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 65) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 65) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 65) Successfully updated diagnostics: EmisCO_BioBurn (counter: 65) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 65) Successfully updated diagnostics: EmisACET_BioBurn (counter: 65) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 65) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 65) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 65) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 65) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 65) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 65) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 65) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 65) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 65) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 65) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 65) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 65) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 65) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 65) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 65) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 65) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 65) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 65) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 65) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 65) Successfully updated diagnostics: EmisALD2_Total (counter: 65) Successfully updated diagnostics: EmisALK4_Total (counter: 65) Successfully updated diagnostics: EmisBCPI_Total (counter: 65) Successfully updated diagnostics: EmisBCPO_Total (counter: 65) Successfully updated diagnostics: EmisBENZ_Total (counter: 65) Successfully updated diagnostics: EmisC2H6_Total (counter: 65) Successfully updated diagnostics: EmisC3H8_Total (counter: 65) Successfully updated diagnostics: EmisCH2O_Total (counter: 65) Successfully updated diagnostics: EmisCO_Total (counter: 65) Successfully updated diagnostics: EmisDST1_Total (counter: 65) Successfully updated diagnostics: EmisEOH_Total (counter: 65) Successfully updated diagnostics: EmisHCOOH_Total (counter: 65) Successfully updated diagnostics: EmisISOP_Total (counter: 65) Successfully updated diagnostics: EmisMACR_Total (counter: 65) Successfully updated diagnostics: EmisMEK_Total (counter: 65) Successfully updated diagnostics: EmisMOH_Total (counter: 65) Successfully updated diagnostics: EmisMTPA_Total (counter: 65) Successfully updated diagnostics: EmisNH3_Total (counter: 65) Successfully updated diagnostics: EmisNO_Total (counter: 65) Successfully updated diagnostics: EmisOCPI_Total (counter: 65) Successfully updated diagnostics: EmisOCPO_Total (counter: 65) Successfully updated diagnostics: EmispFe_Total (counter: 65) Successfully updated diagnostics: EmisPRPE_Total (counter: 65) Successfully updated diagnostics: EmisRCHO_Total (counter: 65) Successfully updated diagnostics: EmisSO2_Total (counter: 65) Successfully updated diagnostics: EmisSO4_Total (counter: 65) Successfully updated diagnostics: EmisSOAP_Total (counter: 65) Successfully updated diagnostics: EmisTOLU_Total (counter: 65) Successfully updated diagnostics: EmisXYLE_Total (counter: 65) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 21:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 21:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 8.076635602303736E-009 Spc. emissions: 8.076635602303736E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 8.076836190103387E-009 Added total emissions to output array: Species: 1 SpcFlx : 8.076836190103387E-009 OutArr : 8.076836190103387E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.589212077594598E-010 Spc. emissions: 1.589212077594598E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.247326609725489E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.651047220806065E-009 Spc. emissions: 3.898373830531551E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.898373830531551E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.900693799983765E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.900693799983765E-009 OutArr : 3.900693799983765E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 7.418462876897479E-009 Spc. emissions: 7.418462876897479E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.400316120235492E-010 Spc. emissions: 7.558494488921005E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 7.570105197896293E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 66) Added total emissions to output array: Species: 5 SpcFlx : 7.570105197896293E-009 OutArr : 7.570105197896293E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 66) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 66) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 6.186469330423286E-010 Spc. emissions: 6.186469330423286E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.244248999084101E-011 Spc. emissions: 6.310894230331676E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 66) Added total emissions to output array: Species: 9 SpcFlx : 6.310894230331676E-010 OutArr : 6.310894230331676E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.245303229486873E-011 Spc. emissions: 2.245303229486873E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 66) Added total emissions to output array: Species: 16 SpcFlx : 2.245303229486873E-011 OutArr : 2.245303229486873E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.358960601565582E-009 Spc. emissions: 1.358960601565582E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 66) Added total emissions to output array: Species: 17 SpcFlx : 1.358960601565582E-009 OutArr : 1.358960601565582E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 1.968190102951021E-011 Spc. emissions: 1.612521819251548E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.612805012042086E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 66) Added total emissions to output array: Species: 18 SpcFlx : 1.612805012042086E-009 OutArr : 1.612805012042086E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 1.761622837286986E-009 Spc. emissions: 1.761622837286986E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.460140393891728E-011 Spc. emissions: 1.816224241225902E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 1.816266649287248E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 66) Added total emissions to output array: Species: 19 SpcFlx : 1.816266649287248E-009 OutArr : 1.816266649287248E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 66) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 66) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 66) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 66) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.397931654212407E-010 Spc. emissions: 2.397931654212407E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.397931654212407E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.464775355957789E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 66) Added total emissions to output array: Species: 31 SpcFlx : 2.464775355957789E-010 OutArr : 2.464775355957789E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 66) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 66) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 5.455301209589459E-008 Spc. emissions: 5.455301209589459E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.182667960682681E-010 Spc. emissions: 5.467127889196266E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 5.481234711218565E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 66) Added total emissions to output array: Species: 47 SpcFlx : 5.481234711218565E-008 OutArr : 5.481234711218565E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.616945661741878E-008 Spc. emissions: 1.811894632319559E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 66) Added total emissions to output array: Species: 49 SpcFlx : 1.811894632319559E-008 OutArr : 1.811894632319559E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.061362144855750E-008 Spc. emissions: 4.061362144855750E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 66) Added total emissions to output array: Species: 50 SpcFlx : 4.061362144855750E-008 OutArr : 4.061362144855750E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.369134623119491E-008 Spc. emissions: 7.369134623119491E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 66) Added total emissions to output array: Species: 51 SpcFlx : 7.369134623119491E-008 OutArr : 7.369134623119491E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.061508629056283E-008 Spc. emissions: 8.061508629056283E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 66) Added total emissions to output array: Species: 52 SpcFlx : 8.061508629056283E-008 OutArr : 8.061508629056283E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.149126330663243E-010 Spc. emissions: 2.149126330663243E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.290661220514998E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.650165771117340E-009 Spc. emissions: 3.940826991632352E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.940826991632352E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 66) Added total emissions to output array: Species: 53 SpcFlx : 3.940826991632352E-009 OutArr : 3.940826991632352E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 8.090732927699082E-010 Spc. emissions: 8.090732927699082E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 8.090732927699082E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 66) Added total emissions to output array: Species: 72 SpcFlx : 8.090732927699082E-010 OutArr : 8.090732927699082E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 4.663372936194478E-008 Spc. emissions: 4.663372936194478E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 66) Added total emissions to output array: Species: 121 SpcFlx : 4.663372936194478E-008 OutArr : 4.663372936194478E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.591887614789880E-009 Spc. emissions: 1.591887614789880E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 66) Added total emissions to output array: Species: 124 SpcFlx : 1.591887614789880E-009 OutArr : 1.591887614789880E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 66) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 4.120341198948647E-010 Spc. emissions: 4.120341198948647E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 4.120341198948647E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 66) Added total emissions to output array: Species: 135 SpcFlx : 4.120341198948647E-010 OutArr : 4.120341198948647E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 2.865501774217663E-010 Spc. emissions: 2.865501774217663E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.865501774217663E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 66) Added total emissions to output array: Species: 138 SpcFlx : 2.865501774217663E-010 OutArr : 2.865501774217663E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.299748569236095E-008 Spc. emissions: 1.299748569236095E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 66) Added total emissions to output array: Species: 146 SpcFlx : 1.299748569236095E-008 OutArr : 1.299748569236095E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.939809863456924E-009 Spc. emissions: 5.939809863456924E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 66) Added total emissions to output array: Species: 147 SpcFlx : 5.939809863456924E-009 OutArr : 5.939809863456924E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 66) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 7.449499239669502E-009 Spc. emissions: 7.449499239669502E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.182782895149700E-009 Spc. emissions: 1.063228213481921E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.095108992234062E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 66) Added total emissions to output array: Species: 161 SpcFlx : 1.095108992234062E-008 OutArr : 1.095108992234062E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 66) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 66) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 66) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 2.957975138282583E-010 Spc. emissions: 2.957975138282583E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.694799108414512E-009 Spc. emissions: 3.990596622242764E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 3.011684066389928E-011 Spc. emissions: 4.020713462906660E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 4.030382675115320E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 66) Added total emissions to output array: Species: 177 SpcFlx : 4.030382675115320E-009 OutArr : 4.030382675115320E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 66) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.064124752672535E-008 Spc. emissions: 1.064124752672535E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 66) Added total emissions to output array: Species: 190 SpcFlx : 1.064124752672535E-008 OutArr : 1.064124752672535E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.064124752672535E-008 Spc. emissions: 1.064124752672535E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 66) Added total emissions to output array: Species: 191 SpcFlx : 1.064124752672535E-008 OutArr : 1.064124752672535E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.856942837616007E-009 Spc. emissions: 5.856942837616007E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 66) Added total emissions to output array: Species: 192 SpcFlx : 5.856942837616007E-009 OutArr : 5.856942837616007E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.440571567534694E-007 Spc. emissions: 6.440571567534694E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 66) Added total emissions to output array: Species: 193 SpcFlx : 6.440571567534694E-007 OutArr : 6.440571567534694E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.440571567534694E-007 Spc. emissions: 6.440571567534694E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 66) Added total emissions to output array: Species: 194 SpcFlx : 6.440571567534694E-007 OutArr : 6.440571567534694E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.544890711158365E-007 Spc. emissions: 3.544890711158365E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 66) Added total emissions to output array: Species: 195 SpcFlx : 3.544890711158365E-007 OutArr : 3.544890711158365E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 66) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 66) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 3.764157740319941E-009 Spc. emissions: 3.764157740319941E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 2.033279950227497E-009 Spc. emissions: 5.797437690547445E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 8.160408724282280E-012 Spc. emissions: 5.805598099271755E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 5.815331806223249E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 66) Added total emissions to output array: Species: 201 SpcFlx : 5.815331806223249E-009 OutArr : 5.815331806223249E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 2.033279950227497E-009 Spc. emissions: 2.033279950227497E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 66) Added total emissions to output array: Species: 202 SpcFlx : 2.033279950227497E-009 OutArr : 2.033279950227497E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 8.845169803577005E-010 Spc. emissions: 8.845169803577005E-010 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.262025264206983E-012 Spc. emissions: 8.917790056219067E-010 Successfully updated diagnostics: EmisTOLU_Ship (counter: 66) Added total emissions to output array: Species: 203 SpcFlx : 8.917790056219067E-010 OutArr : 8.917790056219067E-010 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 8.945986477820368E-010 Spc. emissions: 8.945986477820368E-010 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 18 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.450000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.924927340371324E-012 Spc. emissions: 9.015235751224117E-010 Successfully updated diagnostics: EmisXYLE_Ship (counter: 66) Added total emissions to output array: Species: 204 SpcFlx : 9.015235751224117E-010 OutArr : 9.015235751224117E-010 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 3.017707727614240E-009 Spc. emissions: 3.017707727614240E-009 Added total emissions to output array: Species: 205 SpcFlx : 3.017707727614240E-009 OutArr : 3.017707727614240E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 66) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 66) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 66) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 66) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 66) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 66) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 66) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 66) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 22 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.764567 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.765616992846756E-009 Spc. emissions: 2.765616992846756E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.765616992846756E-009 OutArr : 2.765616992846756E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 66) Successfully updated diagnostics: EmisNO2_Ship (counter: 66) Successfully updated diagnostics: EmisHNO3_Ship (counter: 66) Successfully updated diagnostics: EmisO3_Ship (counter: 66) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 66) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 66) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 66) Successfully updated diagnostics: EmisCO_BioBurn (counter: 66) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 66) Successfully updated diagnostics: EmisACET_BioBurn (counter: 66) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 66) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 66) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 66) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 66) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 66) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 66) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 66) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 66) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 66) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 66) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 66) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 66) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 66) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 66) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 66) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 66) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 66) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 66) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 66) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 66) Successfully updated diagnostics: EmisALD2_Total (counter: 66) Successfully updated diagnostics: EmisALK4_Total (counter: 66) Successfully updated diagnostics: EmisBCPI_Total (counter: 66) Successfully updated diagnostics: EmisBCPO_Total (counter: 66) Successfully updated diagnostics: EmisBENZ_Total (counter: 66) Successfully updated diagnostics: EmisC2H6_Total (counter: 66) Successfully updated diagnostics: EmisC3H8_Total (counter: 66) Successfully updated diagnostics: EmisCH2O_Total (counter: 66) Successfully updated diagnostics: EmisCO_Total (counter: 66) Successfully updated diagnostics: EmisDST1_Total (counter: 66) Successfully updated diagnostics: EmisEOH_Total (counter: 66) Successfully updated diagnostics: EmisHCOOH_Total (counter: 66) Successfully updated diagnostics: EmisISOP_Total (counter: 66) Successfully updated diagnostics: EmisMACR_Total (counter: 66) Successfully updated diagnostics: EmisMEK_Total (counter: 66) Successfully updated diagnostics: EmisMOH_Total (counter: 66) Successfully updated diagnostics: EmisMTPA_Total (counter: 66) Successfully updated diagnostics: EmisNH3_Total (counter: 66) Successfully updated diagnostics: EmisNO_Total (counter: 66) Successfully updated diagnostics: EmisOCPI_Total (counter: 66) Successfully updated diagnostics: EmisOCPO_Total (counter: 66) Successfully updated diagnostics: EmispFe_Total (counter: 66) Successfully updated diagnostics: EmisPRPE_Total (counter: 66) Successfully updated diagnostics: EmisRCHO_Total (counter: 66) Successfully updated diagnostics: EmisSO2_Total (counter: 66) Successfully updated diagnostics: EmisSO4_Total (counter: 66) Successfully updated diagnostics: EmisSOAP_Total (counter: 66) Successfully updated diagnostics: EmisTOLU_Total (counter: 66) Successfully updated diagnostics: EmisXYLE_Total (counter: 66) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 21:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 22:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.586282966363473E-009 Spc. emissions: 7.586282966363473E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.586483554163121E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.586483554163121E-009 OutArr : 7.586483554163121E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.794340293735159E-010 Spc. emissions: 1.794340293735159E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.267839431339545E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.252334052138502E-009 Spc. emissions: 3.520173483478047E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.520173483478047E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.522493452930312E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.522493452930312E-009 OutArr : 3.522493452930312E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.071706450856382E-009 Spc. emissions: 9.071706450856382E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.429099600120745E-010 Spc. emissions: 9.214616410868449E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.226227119843726E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 67) Added total emissions to output array: Species: 5 SpcFlx : 9.226227119843726E-009 OutArr : 9.226227119843726E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 67) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 67) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.035881224920728E-010 Spc. emissions: 7.035881224920728E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.219913686519517E-011 Spc. emissions: 7.157872593572668E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 67) Added total emissions to output array: Species: 9 SpcFlx : 7.157872593572668E-010 OutArr : 7.157872593572668E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.234940763111610E-011 Spc. emissions: 2.234940763111610E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 67) Added total emissions to output array: Species: 16 SpcFlx : 2.234940763111610E-011 OutArr : 2.234940763111610E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.352688767532030E-009 Spc. emissions: 1.352688767532030E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 67) Added total emissions to output array: Species: 17 SpcFlx : 1.352688767532030E-009 OutArr : 1.352688767532030E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.040665311816582E-011 Spc. emissions: 1.613246571340204E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613529764130742E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 67) Added total emissions to output array: Species: 18 SpcFlx : 1.613529764130742E-009 OutArr : 1.613529764130742E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.386947854928993E-009 Spc. emissions: 2.386947854928993E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.661200655944689E-011 Spc. emissions: 2.443559861488442E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.443602269549808E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 67) Added total emissions to output array: Species: 19 SpcFlx : 2.443602269549808E-009 OutArr : 2.443602269549808E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 67) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 67) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 67) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 67) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.574708582265546E-010 Spc. emissions: 2.574708582265546E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.574708582265546E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.641552284010932E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 67) Added total emissions to output array: Species: 31 SpcFlx : 2.641552284010932E-010 OutArr : 2.641552284010932E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 67) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 67) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.143346586356190E-008 Spc. emissions: 7.143346586356190E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.158389949269019E-010 Spc. emissions: 7.154930485848880E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.169037307871122E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 67) Added total emissions to output array: Species: 47 SpcFlx : 7.169037307871122E-008 OutArr : 7.169037307871122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.687177656834269E-008 Spc. emissions: 1.882126627411949E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 67) Added total emissions to output array: Species: 49 SpcFlx : 1.882126627411949E-008 OutArr : 1.882126627411949E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.237767516948251E-008 Spc. emissions: 4.237767516948251E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 67) Added total emissions to output array: Species: 50 SpcFlx : 4.237767516948251E-008 OutArr : 4.237767516948251E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.689213016007610E-008 Spc. emissions: 7.689213016007610E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 67) Added total emissions to output array: Species: 51 SpcFlx : 7.689213016007610E-008 OutArr : 7.689213016007610E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.411659981499901E-008 Spc. emissions: 8.411659981499901E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 67) Added total emissions to output array: Species: 52 SpcFlx : 8.411659981499901E-008 OutArr : 8.411659981499901E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.687753646265345E-010 Spc. emissions: 2.687753646265345E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.344523952075208E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.251585193438990E-009 Spc. emissions: 3.596109145514195E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.596109145514195E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 67) Added total emissions to output array: Species: 53 SpcFlx : 3.596109145514195E-009 OutArr : 3.596109145514195E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 9.296106274679078E-010 Spc. emissions: 9.296106274679078E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 9.296106274679078E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 67) Added total emissions to output array: Species: 72 SpcFlx : 9.296106274679078E-010 OutArr : 9.296106274679078E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.311969534900828E-008 Spc. emissions: 3.311969534900828E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 67) Added total emissions to output array: Species: 121 SpcFlx : 3.311969534900828E-008 OutArr : 3.311969534900828E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.526997792853642E-009 Spc. emissions: 1.526997792853642E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 67) Added total emissions to output array: Species: 124 SpcFlx : 1.526997792853642E-009 OutArr : 1.526997792853642E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 67) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.646451696708595E-010 Spc. emissions: 5.646451696708595E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.646451696708595E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 67) Added total emissions to output array: Species: 135 SpcFlx : 5.646451696708595E-010 OutArr : 5.646451696708595E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.583671528353792E-010 Spc. emissions: 3.583671528353792E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.583671528353792E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 67) Added total emissions to output array: Species: 138 SpcFlx : 3.583671528353792E-010 OutArr : 3.583671528353792E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.173331310177382E-008 Spc. emissions: 1.173331310177382E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 67) Added total emissions to output array: Species: 146 SpcFlx : 1.173331310177382E-008 OutArr : 1.173331310177382E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.173889248763444E-009 Spc. emissions: 5.173889248763444E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 67) Added total emissions to output array: Species: 147 SpcFlx : 5.173889248763444E-009 OutArr : 5.173889248763444E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 67) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 8.300641699175312E-009 Spc. emissions: 8.300641699175312E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.077063050985311E-009 Spc. emissions: 1.137770475016063E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.169651253768204E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 67) Added total emissions to output array: Species: 161 SpcFlx : 1.169651253768204E-008 OutArr : 1.169651253768204E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 67) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 67) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 67) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.468857048494004E-010 Spc. emissions: 3.468857048494004E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.511659042269428E-009 Spc. emissions: 3.858544747118833E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.949842696204005E-011 Spc. emissions: 3.888043174080865E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.897712386289526E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 67) Added total emissions to output array: Species: 177 SpcFlx : 3.897712386289526E-009 OutArr : 3.897712386289526E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 67) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.059213631170622E-008 Spc. emissions: 1.059213631170622E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 67) Added total emissions to output array: Species: 190 SpcFlx : 1.059213631170622E-008 OutArr : 1.059213631170622E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.059213631170622E-008 Spc. emissions: 1.059213631170622E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 67) Added total emissions to output array: Species: 191 SpcFlx : 1.059213631170622E-008 OutArr : 1.059213631170622E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.829912023951480E-009 Spc. emissions: 5.829912023951480E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 67) Added total emissions to output array: Species: 192 SpcFlx : 5.829912023951480E-009 OutArr : 5.829912023951480E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.410847235639957E-007 Spc. emissions: 6.410847235639957E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 67) Added total emissions to output array: Species: 193 SpcFlx : 6.410847235639957E-007 OutArr : 6.410847235639957E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.410847235639957E-007 Spc. emissions: 6.410847235639957E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 67) Added total emissions to output array: Species: 194 SpcFlx : 6.410847235639957E-007 OutArr : 6.410847235639957E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.528530438327891E-007 Spc. emissions: 3.528530438327891E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 67) Added total emissions to output array: Species: 195 SpcFlx : 3.528530438327891E-007 OutArr : 3.528530438327891E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 67) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 67) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.928909021110551E-009 Spc. emissions: 4.928909021110551E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.687626468628230E-009 Spc. emissions: 6.616535489738790E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.992890449724493E-012 Spc. emissions: 6.624528380188543E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.634262087140032E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 67) Added total emissions to output array: Species: 201 SpcFlx : 6.634262087140032E-009 OutArr : 6.634262087140032E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.687626468628230E-009 Spc. emissions: 1.687626468628230E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 67) Added total emissions to output array: Species: 202 SpcFlx : 1.687626468628230E-009 OutArr : 1.687626468628230E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.133987266663132E-009 Spc. emissions: 1.133987266663132E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.137185522503562E-012 Spc. emissions: 1.141124452185646E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 67) Added total emissions to output array: Species: 203 SpcFlx : 1.141124452185646E-009 OutArr : 1.141124452185646E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.223088701112800E-009 Spc. emissions: 1.223088701112800E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.855564205597276E-012 Spc. emissions: 1.229944265318390E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 67) Added total emissions to output array: Species: 204 SpcFlx : 1.229944265318390E-009 OutArr : 1.229944265318390E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.584829186302673E-009 Spc. emissions: 2.584829186302673E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.584829186302673E-009 OutArr : 2.584829186302673E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 67) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 67) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 67) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 67) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 67) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 67) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 67) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 67) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.705091381108209E-009 Spc. emissions: 2.705091381108209E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.705091381108209E-009 OutArr : 2.705091381108209E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 67) Successfully updated diagnostics: EmisNO2_Ship (counter: 67) Successfully updated diagnostics: EmisHNO3_Ship (counter: 67) Successfully updated diagnostics: EmisO3_Ship (counter: 67) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 67) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 67) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 67) Successfully updated diagnostics: EmisCO_BioBurn (counter: 67) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 67) Successfully updated diagnostics: EmisACET_BioBurn (counter: 67) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 67) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 67) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 67) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 67) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 67) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 67) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 67) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 67) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 67) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 67) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 67) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 67) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 67) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 67) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 67) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 67) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 67) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 67) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 67) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 67) Successfully updated diagnostics: EmisALD2_Total (counter: 67) Successfully updated diagnostics: EmisALK4_Total (counter: 67) Successfully updated diagnostics: EmisBCPI_Total (counter: 67) Successfully updated diagnostics: EmisBCPO_Total (counter: 67) Successfully updated diagnostics: EmisBENZ_Total (counter: 67) Successfully updated diagnostics: EmisC2H6_Total (counter: 67) Successfully updated diagnostics: EmisC3H8_Total (counter: 67) Successfully updated diagnostics: EmisCH2O_Total (counter: 67) Successfully updated diagnostics: EmisCO_Total (counter: 67) Successfully updated diagnostics: EmisDST1_Total (counter: 67) Successfully updated diagnostics: EmisEOH_Total (counter: 67) Successfully updated diagnostics: EmisHCOOH_Total (counter: 67) Successfully updated diagnostics: EmisISOP_Total (counter: 67) Successfully updated diagnostics: EmisMACR_Total (counter: 67) Successfully updated diagnostics: EmisMEK_Total (counter: 67) Successfully updated diagnostics: EmisMOH_Total (counter: 67) Successfully updated diagnostics: EmisMTPA_Total (counter: 67) Successfully updated diagnostics: EmisNH3_Total (counter: 67) Successfully updated diagnostics: EmisNO_Total (counter: 67) Successfully updated diagnostics: EmisOCPI_Total (counter: 67) Successfully updated diagnostics: EmisOCPO_Total (counter: 67) Successfully updated diagnostics: EmispFe_Total (counter: 67) Successfully updated diagnostics: EmisPRPE_Total (counter: 67) Successfully updated diagnostics: EmisRCHO_Total (counter: 67) Successfully updated diagnostics: EmisSO2_Total (counter: 67) Successfully updated diagnostics: EmisSO4_Total (counter: 67) Successfully updated diagnostics: EmisSOAP_Total (counter: 67) Successfully updated diagnostics: EmisTOLU_Total (counter: 67) Successfully updated diagnostics: EmisXYLE_Total (counter: 67) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 22:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 22:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.586282966363473E-009 Spc. emissions: 7.586282966363473E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.586483554163121E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.586483554163121E-009 OutArr : 7.586483554163121E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.794340293735159E-010 Spc. emissions: 1.794340293735159E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.267839431339545E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.252334052138502E-009 Spc. emissions: 3.520173483478047E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.520173483478047E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.522493452930312E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.522493452930312E-009 OutArr : 3.522493452930312E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.071706450856382E-009 Spc. emissions: 9.071706450856382E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.429099600120745E-010 Spc. emissions: 9.214616410868449E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.226227119843726E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 68) Added total emissions to output array: Species: 5 SpcFlx : 9.226227119843726E-009 OutArr : 9.226227119843726E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 68) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 68) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.035881224920728E-010 Spc. emissions: 7.035881224920728E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.219913686519517E-011 Spc. emissions: 7.157872593572668E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 68) Added total emissions to output array: Species: 9 SpcFlx : 7.157872593572668E-010 OutArr : 7.157872593572668E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.234940763111610E-011 Spc. emissions: 2.234940763111610E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 68) Added total emissions to output array: Species: 16 SpcFlx : 2.234940763111610E-011 OutArr : 2.234940763111610E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.352688767532030E-009 Spc. emissions: 1.352688767532030E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 68) Added total emissions to output array: Species: 17 SpcFlx : 1.352688767532030E-009 OutArr : 1.352688767532030E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.040665311816582E-011 Spc. emissions: 1.613246571340204E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613529764130742E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 68) Added total emissions to output array: Species: 18 SpcFlx : 1.613529764130742E-009 OutArr : 1.613529764130742E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.386947854928993E-009 Spc. emissions: 2.386947854928993E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.661200655944689E-011 Spc. emissions: 2.443559861488442E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.443602269549808E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 68) Added total emissions to output array: Species: 19 SpcFlx : 2.443602269549808E-009 OutArr : 2.443602269549808E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 68) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 68) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 68) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 68) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.574708582265546E-010 Spc. emissions: 2.574708582265546E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.574708582265546E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.641552284010932E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 68) Added total emissions to output array: Species: 31 SpcFlx : 2.641552284010932E-010 OutArr : 2.641552284010932E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 68) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 68) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.143346586356190E-008 Spc. emissions: 7.143346586356190E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.158389949269019E-010 Spc. emissions: 7.154930485848880E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.169037307871122E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 68) Added total emissions to output array: Species: 47 SpcFlx : 7.169037307871122E-008 OutArr : 7.169037307871122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.687177656834269E-008 Spc. emissions: 1.882126627411949E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 68) Added total emissions to output array: Species: 49 SpcFlx : 1.882126627411949E-008 OutArr : 1.882126627411949E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.237767516948251E-008 Spc. emissions: 4.237767516948251E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 68) Added total emissions to output array: Species: 50 SpcFlx : 4.237767516948251E-008 OutArr : 4.237767516948251E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.689213016007610E-008 Spc. emissions: 7.689213016007610E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 68) Added total emissions to output array: Species: 51 SpcFlx : 7.689213016007610E-008 OutArr : 7.689213016007610E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.411659981499901E-008 Spc. emissions: 8.411659981499901E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 68) Added total emissions to output array: Species: 52 SpcFlx : 8.411659981499901E-008 OutArr : 8.411659981499901E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.687753646265345E-010 Spc. emissions: 2.687753646265345E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.344523952075208E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.251585193438990E-009 Spc. emissions: 3.596109145514195E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.596109145514195E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 68) Added total emissions to output array: Species: 53 SpcFlx : 3.596109145514195E-009 OutArr : 3.596109145514195E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 9.296106274679078E-010 Spc. emissions: 9.296106274679078E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 9.296106274679078E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 68) Added total emissions to output array: Species: 72 SpcFlx : 9.296106274679078E-010 OutArr : 9.296106274679078E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.311969534900828E-008 Spc. emissions: 3.311969534900828E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 68) Added total emissions to output array: Species: 121 SpcFlx : 3.311969534900828E-008 OutArr : 3.311969534900828E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.526997792853642E-009 Spc. emissions: 1.526997792853642E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 68) Added total emissions to output array: Species: 124 SpcFlx : 1.526997792853642E-009 OutArr : 1.526997792853642E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 68) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.646451696708595E-010 Spc. emissions: 5.646451696708595E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.646451696708595E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 68) Added total emissions to output array: Species: 135 SpcFlx : 5.646451696708595E-010 OutArr : 5.646451696708595E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.583671528353792E-010 Spc. emissions: 3.583671528353792E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.583671528353792E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 68) Added total emissions to output array: Species: 138 SpcFlx : 3.583671528353792E-010 OutArr : 3.583671528353792E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.173331310177382E-008 Spc. emissions: 1.173331310177382E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 68) Added total emissions to output array: Species: 146 SpcFlx : 1.173331310177382E-008 OutArr : 1.173331310177382E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.173889248763444E-009 Spc. emissions: 5.173889248763444E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 68) Added total emissions to output array: Species: 147 SpcFlx : 5.173889248763444E-009 OutArr : 5.173889248763444E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 68) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 8.300641699175312E-009 Spc. emissions: 8.300641699175312E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.077063050985311E-009 Spc. emissions: 1.137770475016063E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.169651253768204E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 68) Added total emissions to output array: Species: 161 SpcFlx : 1.169651253768204E-008 OutArr : 1.169651253768204E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 68) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 68) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 68) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.468857048494004E-010 Spc. emissions: 3.468857048494004E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.511659042269428E-009 Spc. emissions: 3.858544747118833E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.949842696204005E-011 Spc. emissions: 3.888043174080865E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.897712386289526E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 68) Added total emissions to output array: Species: 177 SpcFlx : 3.897712386289526E-009 OutArr : 3.897712386289526E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 68) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.059213631170622E-008 Spc. emissions: 1.059213631170622E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 68) Added total emissions to output array: Species: 190 SpcFlx : 1.059213631170622E-008 OutArr : 1.059213631170622E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.059213631170622E-008 Spc. emissions: 1.059213631170622E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 68) Added total emissions to output array: Species: 191 SpcFlx : 1.059213631170622E-008 OutArr : 1.059213631170622E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.829912023951480E-009 Spc. emissions: 5.829912023951480E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 68) Added total emissions to output array: Species: 192 SpcFlx : 5.829912023951480E-009 OutArr : 5.829912023951480E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.410847235639957E-007 Spc. emissions: 6.410847235639957E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 68) Added total emissions to output array: Species: 193 SpcFlx : 6.410847235639957E-007 OutArr : 6.410847235639957E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.410847235639957E-007 Spc. emissions: 6.410847235639957E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 68) Added total emissions to output array: Species: 194 SpcFlx : 6.410847235639957E-007 OutArr : 6.410847235639957E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.528530438327891E-007 Spc. emissions: 3.528530438327891E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 68) Added total emissions to output array: Species: 195 SpcFlx : 3.528530438327891E-007 OutArr : 3.528530438327891E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 68) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 68) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.928909021110551E-009 Spc. emissions: 4.928909021110551E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.687626468628230E-009 Spc. emissions: 6.616535489738790E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.992890449724493E-012 Spc. emissions: 6.624528380188543E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.634262087140032E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 68) Added total emissions to output array: Species: 201 SpcFlx : 6.634262087140032E-009 OutArr : 6.634262087140032E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.687626468628230E-009 Spc. emissions: 1.687626468628230E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 68) Added total emissions to output array: Species: 202 SpcFlx : 1.687626468628230E-009 OutArr : 1.687626468628230E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.133987266663132E-009 Spc. emissions: 1.133987266663132E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.137185522503562E-012 Spc. emissions: 1.141124452185646E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 68) Added total emissions to output array: Species: 203 SpcFlx : 1.141124452185646E-009 OutArr : 1.141124452185646E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.223088701112800E-009 Spc. emissions: 1.223088701112800E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.855564205597276E-012 Spc. emissions: 1.229944265318390E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 68) Added total emissions to output array: Species: 204 SpcFlx : 1.229944265318390E-009 OutArr : 1.229944265318390E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.584829186302673E-009 Spc. emissions: 2.584829186302673E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.584829186302673E-009 OutArr : 2.584829186302673E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 68) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 68) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 68) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 68) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 68) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 68) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 68) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 68) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.705091381108209E-009 Spc. emissions: 2.705091381108209E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.705091381108209E-009 OutArr : 2.705091381108209E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 68) Successfully updated diagnostics: EmisNO2_Ship (counter: 68) Successfully updated diagnostics: EmisHNO3_Ship (counter: 68) Successfully updated diagnostics: EmisO3_Ship (counter: 68) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 68) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 68) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 68) Successfully updated diagnostics: EmisCO_BioBurn (counter: 68) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 68) Successfully updated diagnostics: EmisACET_BioBurn (counter: 68) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 68) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 68) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 68) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 68) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 68) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 68) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 68) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 68) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 68) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 68) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 68) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 68) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 68) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 68) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 68) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 68) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 68) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 68) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 68) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 68) Successfully updated diagnostics: EmisALD2_Total (counter: 68) Successfully updated diagnostics: EmisALK4_Total (counter: 68) Successfully updated diagnostics: EmisBCPI_Total (counter: 68) Successfully updated diagnostics: EmisBCPO_Total (counter: 68) Successfully updated diagnostics: EmisBENZ_Total (counter: 68) Successfully updated diagnostics: EmisC2H6_Total (counter: 68) Successfully updated diagnostics: EmisC3H8_Total (counter: 68) Successfully updated diagnostics: EmisCH2O_Total (counter: 68) Successfully updated diagnostics: EmisCO_Total (counter: 68) Successfully updated diagnostics: EmisDST1_Total (counter: 68) Successfully updated diagnostics: EmisEOH_Total (counter: 68) Successfully updated diagnostics: EmisHCOOH_Total (counter: 68) Successfully updated diagnostics: EmisISOP_Total (counter: 68) Successfully updated diagnostics: EmisMACR_Total (counter: 68) Successfully updated diagnostics: EmisMEK_Total (counter: 68) Successfully updated diagnostics: EmisMOH_Total (counter: 68) Successfully updated diagnostics: EmisMTPA_Total (counter: 68) Successfully updated diagnostics: EmisNH3_Total (counter: 68) Successfully updated diagnostics: EmisNO_Total (counter: 68) Successfully updated diagnostics: EmisOCPI_Total (counter: 68) Successfully updated diagnostics: EmisOCPO_Total (counter: 68) Successfully updated diagnostics: EmispFe_Total (counter: 68) Successfully updated diagnostics: EmisPRPE_Total (counter: 68) Successfully updated diagnostics: EmisRCHO_Total (counter: 68) Successfully updated diagnostics: EmisSO2_Total (counter: 68) Successfully updated diagnostics: EmisSO4_Total (counter: 68) Successfully updated diagnostics: EmisSOAP_Total (counter: 68) Successfully updated diagnostics: EmisTOLU_Total (counter: 68) Successfully updated diagnostics: EmisXYLE_Total (counter: 68) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 22:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 22:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.586282966363473E-009 Spc. emissions: 7.586282966363473E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.586483554163121E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.586483554163121E-009 OutArr : 7.586483554163121E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.794340293735159E-010 Spc. emissions: 1.794340293735159E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.267839431339545E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.252334052138502E-009 Spc. emissions: 3.520173483478047E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.520173483478047E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.522493452930312E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.522493452930312E-009 OutArr : 3.522493452930312E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.071706450856382E-009 Spc. emissions: 9.071706450856382E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.429099600120745E-010 Spc. emissions: 9.214616410868449E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.226227119843726E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 69) Added total emissions to output array: Species: 5 SpcFlx : 9.226227119843726E-009 OutArr : 9.226227119843726E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 69) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 69) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.035881224920728E-010 Spc. emissions: 7.035881224920728E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.219913686519517E-011 Spc. emissions: 7.157872593572668E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 69) Added total emissions to output array: Species: 9 SpcFlx : 7.157872593572668E-010 OutArr : 7.157872593572668E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.234940763111610E-011 Spc. emissions: 2.234940763111610E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 69) Added total emissions to output array: Species: 16 SpcFlx : 2.234940763111610E-011 OutArr : 2.234940763111610E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.352688767532030E-009 Spc. emissions: 1.352688767532030E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 69) Added total emissions to output array: Species: 17 SpcFlx : 1.352688767532030E-009 OutArr : 1.352688767532030E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.040665311816582E-011 Spc. emissions: 1.613246571340204E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613529764130742E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 69) Added total emissions to output array: Species: 18 SpcFlx : 1.613529764130742E-009 OutArr : 1.613529764130742E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.386947854928993E-009 Spc. emissions: 2.386947854928993E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.661200655944689E-011 Spc. emissions: 2.443559861488442E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.443602269549808E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 69) Added total emissions to output array: Species: 19 SpcFlx : 2.443602269549808E-009 OutArr : 2.443602269549808E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 69) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 69) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 69) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 69) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.574708582265546E-010 Spc. emissions: 2.574708582265546E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.574708582265546E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.641552284010932E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 69) Added total emissions to output array: Species: 31 SpcFlx : 2.641552284010932E-010 OutArr : 2.641552284010932E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 69) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 69) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.143346586356190E-008 Spc. emissions: 7.143346586356190E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.158389949269019E-010 Spc. emissions: 7.154930485848880E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.169037307871122E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 69) Added total emissions to output array: Species: 47 SpcFlx : 7.169037307871122E-008 OutArr : 7.169037307871122E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.687177656834269E-008 Spc. emissions: 1.882126627411949E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 69) Added total emissions to output array: Species: 49 SpcFlx : 1.882126627411949E-008 OutArr : 1.882126627411949E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.237767516948251E-008 Spc. emissions: 4.237767516948251E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 69) Added total emissions to output array: Species: 50 SpcFlx : 4.237767516948251E-008 OutArr : 4.237767516948251E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 7.689213016007610E-008 Spc. emissions: 7.689213016007610E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 69) Added total emissions to output array: Species: 51 SpcFlx : 7.689213016007610E-008 OutArr : 7.689213016007610E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.411659981499901E-008 Spc. emissions: 8.411659981499901E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 69) Added total emissions to output array: Species: 52 SpcFlx : 8.411659981499901E-008 OutArr : 8.411659981499901E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.687753646265345E-010 Spc. emissions: 2.687753646265345E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.344523952075208E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.251585193438990E-009 Spc. emissions: 3.596109145514195E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.596109145514195E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 69) Added total emissions to output array: Species: 53 SpcFlx : 3.596109145514195E-009 OutArr : 3.596109145514195E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 9.296106274679078E-010 Spc. emissions: 9.296106274679078E-010 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 9.296106274679078E-010 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 69) Added total emissions to output array: Species: 72 SpcFlx : 9.296106274679078E-010 OutArr : 9.296106274679078E-010 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 3.311969534900828E-008 Spc. emissions: 3.311969534900828E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 69) Added total emissions to output array: Species: 121 SpcFlx : 3.311969534900828E-008 OutArr : 3.311969534900828E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.526997792853642E-009 Spc. emissions: 1.526997792853642E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 69) Added total emissions to output array: Species: 124 SpcFlx : 1.526997792853642E-009 OutArr : 1.526997792853642E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 69) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.646451696708595E-010 Spc. emissions: 5.646451696708595E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.646451696708595E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 69) Added total emissions to output array: Species: 135 SpcFlx : 5.646451696708595E-010 OutArr : 5.646451696708595E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.583671528353792E-010 Spc. emissions: 3.583671528353792E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.583671528353792E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 69) Added total emissions to output array: Species: 138 SpcFlx : 3.583671528353792E-010 OutArr : 3.583671528353792E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.173331310177382E-008 Spc. emissions: 1.173331310177382E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 69) Added total emissions to output array: Species: 146 SpcFlx : 1.173331310177382E-008 OutArr : 1.173331310177382E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 5.173889248763444E-009 Spc. emissions: 5.173889248763444E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 69) Added total emissions to output array: Species: 147 SpcFlx : 5.173889248763444E-009 OutArr : 5.173889248763444E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 69) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 8.300641699175312E-009 Spc. emissions: 8.300641699175312E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.077063050985311E-009 Spc. emissions: 1.137770475016063E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.169651253768204E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 69) Added total emissions to output array: Species: 161 SpcFlx : 1.169651253768204E-008 OutArr : 1.169651253768204E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 69) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 69) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 69) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.468857048494004E-010 Spc. emissions: 3.468857048494004E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.511659042269428E-009 Spc. emissions: 3.858544747118833E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.949842696204005E-011 Spc. emissions: 3.888043174080865E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.897712386289526E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 69) Added total emissions to output array: Species: 177 SpcFlx : 3.897712386289526E-009 OutArr : 3.897712386289526E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 69) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.059213631170622E-008 Spc. emissions: 1.059213631170622E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 69) Added total emissions to output array: Species: 190 SpcFlx : 1.059213631170622E-008 OutArr : 1.059213631170622E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.059213631170622E-008 Spc. emissions: 1.059213631170622E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 69) Added total emissions to output array: Species: 191 SpcFlx : 1.059213631170622E-008 OutArr : 1.059213631170622E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.829912023951480E-009 Spc. emissions: 5.829912023951480E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 69) Added total emissions to output array: Species: 192 SpcFlx : 5.829912023951480E-009 OutArr : 5.829912023951480E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.410847235639957E-007 Spc. emissions: 6.410847235639957E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 69) Added total emissions to output array: Species: 193 SpcFlx : 6.410847235639957E-007 OutArr : 6.410847235639957E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.410847235639957E-007 Spc. emissions: 6.410847235639957E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 69) Added total emissions to output array: Species: 194 SpcFlx : 6.410847235639957E-007 OutArr : 6.410847235639957E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.528530438327891E-007 Spc. emissions: 3.528530438327891E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 69) Added total emissions to output array: Species: 195 SpcFlx : 3.528530438327891E-007 OutArr : 3.528530438327891E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 69) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 69) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 4.928909021110551E-009 Spc. emissions: 4.928909021110551E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.687626468628230E-009 Spc. emissions: 6.616535489738790E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.992890449724493E-012 Spc. emissions: 6.624528380188543E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.634262087140032E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 69) Added total emissions to output array: Species: 201 SpcFlx : 6.634262087140032E-009 OutArr : 6.634262087140032E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.687626468628230E-009 Spc. emissions: 1.687626468628230E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 69) Added total emissions to output array: Species: 202 SpcFlx : 1.687626468628230E-009 OutArr : 1.687626468628230E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.133987266663132E-009 Spc. emissions: 1.133987266663132E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 7.137185522503562E-012 Spc. emissions: 1.141124452185646E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 69) Added total emissions to output array: Species: 203 SpcFlx : 1.141124452185646E-009 OutArr : 1.141124452185646E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.223088701112800E-009 Spc. emissions: 1.223088701112800E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 19 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.855564205597276E-012 Spc. emissions: 1.229944265318390E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 69) Added total emissions to output array: Species: 204 SpcFlx : 1.229944265318390E-009 OutArr : 1.229944265318390E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.584829186302673E-009 Spc. emissions: 2.584829186302673E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.584829186302673E-009 OutArr : 2.584829186302673E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 69) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 69) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 69) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 69) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 69) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 69) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 69) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 69) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 23 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.406942 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.705091381108209E-009 Spc. emissions: 2.705091381108209E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.705091381108209E-009 OutArr : 2.705091381108209E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 69) Successfully updated diagnostics: EmisNO2_Ship (counter: 69) Successfully updated diagnostics: EmisHNO3_Ship (counter: 69) Successfully updated diagnostics: EmisO3_Ship (counter: 69) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 69) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 69) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 69) Successfully updated diagnostics: EmisCO_BioBurn (counter: 69) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 69) Successfully updated diagnostics: EmisACET_BioBurn (counter: 69) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 69) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 69) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 69) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 69) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 69) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 69) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 69) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 69) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 69) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 69) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 69) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 69) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 69) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 69) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 69) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 69) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 69) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 69) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 69) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 69) Successfully updated diagnostics: EmisALD2_Total (counter: 69) Successfully updated diagnostics: EmisALK4_Total (counter: 69) Successfully updated diagnostics: EmisBCPI_Total (counter: 69) Successfully updated diagnostics: EmisBCPO_Total (counter: 69) Successfully updated diagnostics: EmisBENZ_Total (counter: 69) Successfully updated diagnostics: EmisC2H6_Total (counter: 69) Successfully updated diagnostics: EmisC3H8_Total (counter: 69) Successfully updated diagnostics: EmisCH2O_Total (counter: 69) Successfully updated diagnostics: EmisCO_Total (counter: 69) Successfully updated diagnostics: EmisDST1_Total (counter: 69) Successfully updated diagnostics: EmisEOH_Total (counter: 69) Successfully updated diagnostics: EmisHCOOH_Total (counter: 69) Successfully updated diagnostics: EmisISOP_Total (counter: 69) Successfully updated diagnostics: EmisMACR_Total (counter: 69) Successfully updated diagnostics: EmisMEK_Total (counter: 69) Successfully updated diagnostics: EmisMOH_Total (counter: 69) Successfully updated diagnostics: EmisMTPA_Total (counter: 69) Successfully updated diagnostics: EmisNH3_Total (counter: 69) Successfully updated diagnostics: EmisNO_Total (counter: 69) Successfully updated diagnostics: EmisOCPI_Total (counter: 69) Successfully updated diagnostics: EmisOCPO_Total (counter: 69) Successfully updated diagnostics: EmispFe_Total (counter: 69) Successfully updated diagnostics: EmisPRPE_Total (counter: 69) Successfully updated diagnostics: EmisRCHO_Total (counter: 69) Successfully updated diagnostics: EmisSO2_Total (counter: 69) Successfully updated diagnostics: EmisSO4_Total (counter: 69) Successfully updated diagnostics: EmisSOAP_Total (counter: 69) Successfully updated diagnostics: EmisTOLU_Total (counter: 69) Successfully updated diagnostics: EmisXYLE_Total (counter: 69) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 22:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 23:00:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading hour list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.275836755037606E-009 Spc. emissions: 7.275836755037606E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.276037342837290E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.276037342837290E-009 OutArr : 7.276037342837290E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.969968625205643E-010 Spc. emissions: 1.969968625205643E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.285402264486592E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.096526587936586E-009 Spc. emissions: 3.381928852423182E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.381928852423182E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.384248821875449E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.384248821875449E-009 OutArr : 3.384248821875449E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.695973761856791E-009 Spc. emissions: 9.695973761856791E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.398327632701479E-010 Spc. emissions: 9.835806525126939E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.847417234102236E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 70) Added total emissions to output array: Species: 5 SpcFlx : 9.847417234102236E-009 OutArr : 9.847417234102236E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 70) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 70) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.551007670400686E-010 Spc. emissions: 7.551007670400686E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.157924233396675E-011 Spc. emissions: 7.666800093740341E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 70) Added total emissions to output array: Species: 9 SpcFlx : 7.666800093740341E-010 OutArr : 7.666800093740341E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.219289482702282E-011 Spc. emissions: 2.219289482702282E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 70) Added total emissions to output array: Species: 16 SpcFlx : 2.219289482702282E-011 OutArr : 2.219289482702282E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.343215899775925E-009 Spc. emissions: 1.343215899775925E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 70) Added total emissions to output array: Species: 17 SpcFlx : 1.343215899775925E-009 OutArr : 1.343215899775925E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.019641290606980E-011 Spc. emissions: 1.613036331128109E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613319523918646E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 70) Added total emissions to output array: Species: 18 SpcFlx : 1.613319523918646E-009 OutArr : 1.613319523918646E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.304523609597642E-009 Spc. emissions: 2.304523609597642E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.602875975340386E-011 Spc. emissions: 2.360552369351047E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.360594777412415E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 70) Added total emissions to output array: Species: 19 SpcFlx : 2.360594777412415E-009 OutArr : 2.360594777412415E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 70) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 70) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 70) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 70) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.691429555063315E-010 Spc. emissions: 2.691429555063315E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.691429555063315E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.758273256808701E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 70) Added total emissions to output array: Species: 31 SpcFlx : 2.758273256808701E-010 OutArr : 2.758273256808701E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 70) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 70) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.359438314771765E-008 Spc. emissions: 7.359438314771765E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.098703764697978E-010 Spc. emissions: 7.370425352418732E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.384532174440977E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 70) Added total emissions to output array: Species: 47 SpcFlx : 7.384532174440977E-008 OutArr : 7.384532174440977E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.792689790780635E-008 Spc. emissions: 1.987638761358315E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 70) Added total emissions to output array: Species: 49 SpcFlx : 1.987638761358315E-008 OutArr : 1.987638761358315E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.502787307116691E-008 Spc. emissions: 4.502787307116691E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 70) Added total emissions to output array: Species: 50 SpcFlx : 4.502787307116691E-008 OutArr : 4.502787307116691E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 8.170078312260004E-008 Spc. emissions: 8.170078312260004E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 70) Added total emissions to output array: Species: 51 SpcFlx : 8.170078312260004E-008 OutArr : 8.170078312260004E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.937705259351183E-008 Spc. emissions: 8.937705259351183E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 70) Added total emissions to output array: Species: 52 SpcFlx : 8.937705259351183E-008 OutArr : 8.937705259351183E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.818746019952390E-010 Spc. emissions: 2.818746019952390E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.357623189443915E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.095829535983895E-009 Spc. emissions: 3.453452725427807E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.453452725427807E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 70) Added total emissions to output array: Species: 53 SpcFlx : 3.453452725427807E-009 OutArr : 3.453452725427807E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.011971193330960E-009 Spc. emissions: 1.011971193330960E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.011971193330960E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 70) Added total emissions to output array: Species: 72 SpcFlx : 1.011971193330960E-009 OutArr : 1.011971193330960E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 2.730945308398367E-008 Spc. emissions: 2.730945308398367E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 70) Added total emissions to output array: Species: 121 SpcFlx : 2.730945308398367E-008 OutArr : 2.730945308398367E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.507473693844150E-009 Spc. emissions: 1.507473693844150E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 70) Added total emissions to output array: Species: 124 SpcFlx : 1.507473693844150E-009 OutArr : 1.507473693844150E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 70) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.678789149589615E-010 Spc. emissions: 5.678789149589615E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.678789149589615E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 70) Added total emissions to output array: Species: 135 SpcFlx : 5.678789149589615E-010 OutArr : 5.678789149589615E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.758328026603187E-010 Spc. emissions: 3.758328026603187E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.758328026603187E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 70) Added total emissions to output array: Species: 138 SpcFlx : 3.758328026603187E-010 OutArr : 3.758328026603187E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.123011454332466E-008 Spc. emissions: 1.123011454332466E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 70) Added total emissions to output array: Species: 146 SpcFlx : 1.123011454332466E-008 OutArr : 1.123011454332466E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 4.857291647442846E-009 Spc. emissions: 4.857291647442846E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 70) Added total emissions to output array: Species: 147 SpcFlx : 4.857291647442846E-009 OutArr : 4.857291647442846E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 70) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 9.558269989985414E-009 Spc. emissions: 9.558269989985414E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.077097896677681E-009 Spc. emissions: 1.263536788666310E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.295417567418452E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 70) Added total emissions to output array: Species: 161 SpcFlx : 1.295417567418452E-008 OutArr : 1.295417567418452E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 70) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 70) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 70) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.791901679681667E-010 Spc. emissions: 3.791901679681667E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.412207472827795E-009 Spc. emissions: 3.791397640795962E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.797758654811221E-011 Spc. emissions: 3.819375227344063E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.829044439552720E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 70) Added total emissions to output array: Species: 177 SpcFlx : 3.829044439552720E-009 OutArr : 3.829044439552720E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 70) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.051795962734636E-008 Spc. emissions: 1.051795962734636E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 70) Added total emissions to output array: Species: 190 SpcFlx : 1.051795962734636E-008 OutArr : 1.051795962734636E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.051795962734636E-008 Spc. emissions: 1.051795962734636E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 70) Added total emissions to output array: Species: 191 SpcFlx : 1.051795962734636E-008 OutArr : 1.051795962734636E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.789085175493321E-009 Spc. emissions: 5.789085175493321E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 70) Added total emissions to output array: Species: 192 SpcFlx : 5.789085175493321E-009 OutArr : 5.789085175493321E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.365952127818088E-007 Spc. emissions: 6.365952127818088E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 70) Added total emissions to output array: Species: 193 SpcFlx : 6.365952127818088E-007 OutArr : 6.365952127818088E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.365952127818088E-007 Spc. emissions: 6.365952127818088E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 70) Added total emissions to output array: Species: 194 SpcFlx : 6.365952127818088E-007 OutArr : 6.365952127818088E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.503820170143557E-007 Spc. emissions: 3.503820170143557E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 70) Added total emissions to output array: Species: 195 SpcFlx : 3.503820170143557E-007 OutArr : 3.503820170143557E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 70) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 70) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.078012309982072E-009 Spc. emissions: 5.078012309982072E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.540497519505235E-009 Spc. emissions: 6.618509829487324E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.581055786501267E-012 Spc. emissions: 6.626090885273847E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.635824592225344E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 70) Added total emissions to output array: Species: 201 SpcFlx : 6.635824592225344E-009 OutArr : 6.635824592225344E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.540497519505235E-009 Spc. emissions: 1.540497519505235E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 70) Added total emissions to output array: Species: 202 SpcFlx : 1.540497519505235E-009 OutArr : 1.540497519505235E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.176820816541384E-009 Spc. emissions: 1.176820816541384E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.787320548816373E-012 Spc. emissions: 1.183608137090209E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 70) Added total emissions to output array: Species: 203 SpcFlx : 1.183608137090209E-009 OutArr : 1.183608137090209E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.259743575668064E-009 Spc. emissions: 1.259743575668064E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.556427673597390E-012 Spc. emissions: 1.266300003341656E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 70) Added total emissions to output array: Species: 204 SpcFlx : 1.266300003341656E-009 OutArr : 1.266300003341656E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.363450897757970E-009 Spc. emissions: 2.363450897757970E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.363450897757970E-009 OutArr : 2.363450897757970E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 70) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 70) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 70) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 70) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 70) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 70) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 70) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 70) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.559995615550594E-009 Spc. emissions: 2.559995615550594E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.559995615550594E-009 OutArr : 2.559995615550594E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 70) Successfully updated diagnostics: EmisNO2_Ship (counter: 70) Successfully updated diagnostics: EmisHNO3_Ship (counter: 70) Successfully updated diagnostics: EmisO3_Ship (counter: 70) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 70) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 70) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 70) Successfully updated diagnostics: EmisCO_BioBurn (counter: 70) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 70) Successfully updated diagnostics: EmisACET_BioBurn (counter: 70) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 70) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 70) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 70) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 70) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 70) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 70) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 70) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 70) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 70) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 70) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 70) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 70) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 70) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 70) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 70) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 70) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 70) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 70) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 70) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 70) Successfully updated diagnostics: EmisALD2_Total (counter: 70) Successfully updated diagnostics: EmisALK4_Total (counter: 70) Successfully updated diagnostics: EmisBCPI_Total (counter: 70) Successfully updated diagnostics: EmisBCPO_Total (counter: 70) Successfully updated diagnostics: EmisBENZ_Total (counter: 70) Successfully updated diagnostics: EmisC2H6_Total (counter: 70) Successfully updated diagnostics: EmisC3H8_Total (counter: 70) Successfully updated diagnostics: EmisCH2O_Total (counter: 70) Successfully updated diagnostics: EmisCO_Total (counter: 70) Successfully updated diagnostics: EmisDST1_Total (counter: 70) Successfully updated diagnostics: EmisEOH_Total (counter: 70) Successfully updated diagnostics: EmisHCOOH_Total (counter: 70) Successfully updated diagnostics: EmisISOP_Total (counter: 70) Successfully updated diagnostics: EmisMACR_Total (counter: 70) Successfully updated diagnostics: EmisMEK_Total (counter: 70) Successfully updated diagnostics: EmisMOH_Total (counter: 70) Successfully updated diagnostics: EmisMTPA_Total (counter: 70) Successfully updated diagnostics: EmisNH3_Total (counter: 70) Successfully updated diagnostics: EmisNO_Total (counter: 70) Successfully updated diagnostics: EmisOCPI_Total (counter: 70) Successfully updated diagnostics: EmisOCPO_Total (counter: 70) Successfully updated diagnostics: EmispFe_Total (counter: 70) Successfully updated diagnostics: EmisPRPE_Total (counter: 70) Successfully updated diagnostics: EmisRCHO_Total (counter: 70) Successfully updated diagnostics: EmisSO2_Total (counter: 70) Successfully updated diagnostics: EmisSO4_Total (counter: 70) Successfully updated diagnostics: EmisSOAP_Total (counter: 70) Successfully updated diagnostics: EmisTOLU_Total (counter: 70) Successfully updated diagnostics: EmisXYLE_Total (counter: 70) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 23:10:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 23:20:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.275836755037606E-009 Spc. emissions: 7.275836755037606E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.276037342837290E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.276037342837290E-009 OutArr : 7.276037342837290E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.969968625205643E-010 Spc. emissions: 1.969968625205643E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.285402264486592E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.096526587936586E-009 Spc. emissions: 3.381928852423182E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.381928852423182E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.384248821875449E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.384248821875449E-009 OutArr : 3.384248821875449E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.695973761856791E-009 Spc. emissions: 9.695973761856791E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.398327632701479E-010 Spc. emissions: 9.835806525126939E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.847417234102236E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 71) Added total emissions to output array: Species: 5 SpcFlx : 9.847417234102236E-009 OutArr : 9.847417234102236E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 71) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 71) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.551007670400686E-010 Spc. emissions: 7.551007670400686E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.157924233396675E-011 Spc. emissions: 7.666800093740341E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 71) Added total emissions to output array: Species: 9 SpcFlx : 7.666800093740341E-010 OutArr : 7.666800093740341E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.219289482702282E-011 Spc. emissions: 2.219289482702282E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 71) Added total emissions to output array: Species: 16 SpcFlx : 2.219289482702282E-011 OutArr : 2.219289482702282E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.343215899775925E-009 Spc. emissions: 1.343215899775925E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 71) Added total emissions to output array: Species: 17 SpcFlx : 1.343215899775925E-009 OutArr : 1.343215899775925E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.019641290606980E-011 Spc. emissions: 1.613036331128109E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613319523918646E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 71) Added total emissions to output array: Species: 18 SpcFlx : 1.613319523918646E-009 OutArr : 1.613319523918646E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.304523609597642E-009 Spc. emissions: 2.304523609597642E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.602875975340386E-011 Spc. emissions: 2.360552369351047E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.360594777412415E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 71) Added total emissions to output array: Species: 19 SpcFlx : 2.360594777412415E-009 OutArr : 2.360594777412415E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 71) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 71) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 71) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 71) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.691429555063315E-010 Spc. emissions: 2.691429555063315E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.691429555063315E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.758273256808701E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 71) Added total emissions to output array: Species: 31 SpcFlx : 2.758273256808701E-010 OutArr : 2.758273256808701E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 71) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 71) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.359438314771765E-008 Spc. emissions: 7.359438314771765E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.098703764697978E-010 Spc. emissions: 7.370425352418732E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.384532174440977E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 71) Added total emissions to output array: Species: 47 SpcFlx : 7.384532174440977E-008 OutArr : 7.384532174440977E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.792689790780635E-008 Spc. emissions: 1.987638761358315E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 71) Added total emissions to output array: Species: 49 SpcFlx : 1.987638761358315E-008 OutArr : 1.987638761358315E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.502787307116691E-008 Spc. emissions: 4.502787307116691E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 71) Added total emissions to output array: Species: 50 SpcFlx : 4.502787307116691E-008 OutArr : 4.502787307116691E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 8.170078312260004E-008 Spc. emissions: 8.170078312260004E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 71) Added total emissions to output array: Species: 51 SpcFlx : 8.170078312260004E-008 OutArr : 8.170078312260004E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.937705259351183E-008 Spc. emissions: 8.937705259351183E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 71) Added total emissions to output array: Species: 52 SpcFlx : 8.937705259351183E-008 OutArr : 8.937705259351183E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.818746019952390E-010 Spc. emissions: 2.818746019952390E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.357623189443915E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.095829535983895E-009 Spc. emissions: 3.453452725427807E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.453452725427807E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 71) Added total emissions to output array: Species: 53 SpcFlx : 3.453452725427807E-009 OutArr : 3.453452725427807E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.011971193330960E-009 Spc. emissions: 1.011971193330960E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.011971193330960E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 71) Added total emissions to output array: Species: 72 SpcFlx : 1.011971193330960E-009 OutArr : 1.011971193330960E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 2.730945308398367E-008 Spc. emissions: 2.730945308398367E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 71) Added total emissions to output array: Species: 121 SpcFlx : 2.730945308398367E-008 OutArr : 2.730945308398367E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.507473693844150E-009 Spc. emissions: 1.507473693844150E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 71) Added total emissions to output array: Species: 124 SpcFlx : 1.507473693844150E-009 OutArr : 1.507473693844150E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 71) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.678789149589615E-010 Spc. emissions: 5.678789149589615E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.678789149589615E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 71) Added total emissions to output array: Species: 135 SpcFlx : 5.678789149589615E-010 OutArr : 5.678789149589615E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.758328026603187E-010 Spc. emissions: 3.758328026603187E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.758328026603187E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 71) Added total emissions to output array: Species: 138 SpcFlx : 3.758328026603187E-010 OutArr : 3.758328026603187E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.123011454332466E-008 Spc. emissions: 1.123011454332466E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 71) Added total emissions to output array: Species: 146 SpcFlx : 1.123011454332466E-008 OutArr : 1.123011454332466E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 4.857291647442846E-009 Spc. emissions: 4.857291647442846E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 71) Added total emissions to output array: Species: 147 SpcFlx : 4.857291647442846E-009 OutArr : 4.857291647442846E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 71) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 9.558269989985414E-009 Spc. emissions: 9.558269989985414E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.077097896677681E-009 Spc. emissions: 1.263536788666310E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.295417567418452E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 71) Added total emissions to output array: Species: 161 SpcFlx : 1.295417567418452E-008 OutArr : 1.295417567418452E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 71) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 71) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 71) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.791901679681667E-010 Spc. emissions: 3.791901679681667E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.412207472827795E-009 Spc. emissions: 3.791397640795962E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.797758654811221E-011 Spc. emissions: 3.819375227344063E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.829044439552720E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 71) Added total emissions to output array: Species: 177 SpcFlx : 3.829044439552720E-009 OutArr : 3.829044439552720E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 71) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.051795962734636E-008 Spc. emissions: 1.051795962734636E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 71) Added total emissions to output array: Species: 190 SpcFlx : 1.051795962734636E-008 OutArr : 1.051795962734636E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.051795962734636E-008 Spc. emissions: 1.051795962734636E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 71) Added total emissions to output array: Species: 191 SpcFlx : 1.051795962734636E-008 OutArr : 1.051795962734636E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.789085175493321E-009 Spc. emissions: 5.789085175493321E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 71) Added total emissions to output array: Species: 192 SpcFlx : 5.789085175493321E-009 OutArr : 5.789085175493321E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.365952127818088E-007 Spc. emissions: 6.365952127818088E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 71) Added total emissions to output array: Species: 193 SpcFlx : 6.365952127818088E-007 OutArr : 6.365952127818088E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.365952127818088E-007 Spc. emissions: 6.365952127818088E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 71) Added total emissions to output array: Species: 194 SpcFlx : 6.365952127818088E-007 OutArr : 6.365952127818088E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.503820170143557E-007 Spc. emissions: 3.503820170143557E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 71) Added total emissions to output array: Species: 195 SpcFlx : 3.503820170143557E-007 OutArr : 3.503820170143557E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 71) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 71) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.078012309982072E-009 Spc. emissions: 5.078012309982072E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.540497519505235E-009 Spc. emissions: 6.618509829487324E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.581055786501267E-012 Spc. emissions: 6.626090885273847E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.635824592225344E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 71) Added total emissions to output array: Species: 201 SpcFlx : 6.635824592225344E-009 OutArr : 6.635824592225344E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.540497519505235E-009 Spc. emissions: 1.540497519505235E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 71) Added total emissions to output array: Species: 202 SpcFlx : 1.540497519505235E-009 OutArr : 1.540497519505235E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.176820816541384E-009 Spc. emissions: 1.176820816541384E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.787320548816373E-012 Spc. emissions: 1.183608137090209E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 71) Added total emissions to output array: Species: 203 SpcFlx : 1.183608137090209E-009 OutArr : 1.183608137090209E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.259743575668064E-009 Spc. emissions: 1.259743575668064E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.556427673597390E-012 Spc. emissions: 1.266300003341656E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 71) Added total emissions to output array: Species: 204 SpcFlx : 1.266300003341656E-009 OutArr : 1.266300003341656E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.363450897757970E-009 Spc. emissions: 2.363450897757970E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.363450897757970E-009 OutArr : 2.363450897757970E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 71) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 71) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 71) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 71) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 71) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 71) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 71) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 71) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.559995615550594E-009 Spc. emissions: 2.559995615550594E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.559995615550594E-009 OutArr : 2.559995615550594E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 71) Successfully updated diagnostics: EmisNO2_Ship (counter: 71) Successfully updated diagnostics: EmisHNO3_Ship (counter: 71) Successfully updated diagnostics: EmisO3_Ship (counter: 71) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 71) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 71) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 71) Successfully updated diagnostics: EmisCO_BioBurn (counter: 71) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 71) Successfully updated diagnostics: EmisACET_BioBurn (counter: 71) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 71) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 71) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 71) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 71) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 71) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 71) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 71) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 71) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 71) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 71) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 71) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 71) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 71) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 71) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 71) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 71) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 71) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 71) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 71) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 71) Successfully updated diagnostics: EmisALD2_Total (counter: 71) Successfully updated diagnostics: EmisALK4_Total (counter: 71) Successfully updated diagnostics: EmisBCPI_Total (counter: 71) Successfully updated diagnostics: EmisBCPO_Total (counter: 71) Successfully updated diagnostics: EmisBENZ_Total (counter: 71) Successfully updated diagnostics: EmisC2H6_Total (counter: 71) Successfully updated diagnostics: EmisC3H8_Total (counter: 71) Successfully updated diagnostics: EmisCH2O_Total (counter: 71) Successfully updated diagnostics: EmisCO_Total (counter: 71) Successfully updated diagnostics: EmisDST1_Total (counter: 71) Successfully updated diagnostics: EmisEOH_Total (counter: 71) Successfully updated diagnostics: EmisHCOOH_Total (counter: 71) Successfully updated diagnostics: EmisISOP_Total (counter: 71) Successfully updated diagnostics: EmisMACR_Total (counter: 71) Successfully updated diagnostics: EmisMEK_Total (counter: 71) Successfully updated diagnostics: EmisMOH_Total (counter: 71) Successfully updated diagnostics: EmisMTPA_Total (counter: 71) Successfully updated diagnostics: EmisNH3_Total (counter: 71) Successfully updated diagnostics: EmisNO_Total (counter: 71) Successfully updated diagnostics: EmisOCPI_Total (counter: 71) Successfully updated diagnostics: EmisOCPO_Total (counter: 71) Successfully updated diagnostics: EmispFe_Total (counter: 71) Successfully updated diagnostics: EmisPRPE_Total (counter: 71) Successfully updated diagnostics: EmisRCHO_Total (counter: 71) Successfully updated diagnostics: EmisSO2_Total (counter: 71) Successfully updated diagnostics: EmisSO4_Total (counter: 71) Successfully updated diagnostics: EmisSOAP_Total (counter: 71) Successfully updated diagnostics: EmisTOLU_Total (counter: 71) Successfully updated diagnostics: EmisXYLE_Total (counter: 71) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 23:30:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 23:40:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_iodide HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field surf_salinity HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) Run HEMCO calculation w/ following options: Extension number: 0 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: T ------------------------------------------------------------------------------- Calculating emissions for species ACET ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ACET Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 4 Cat. emissions: 7.275836755037606E-009 Spc. emissions: 7.275836755037606E-009 Successfully updated diagnostics: EmisACET_Biogenic (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ACET Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICACET Scale field AEICACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6934770E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 1 Category : 20 Cat. emissions: 2.005877996131257E-013 Spc. emissions: 7.276037342837290E-009 Added total emissions to output array: Species: 1 SpcFlx : 7.276037342837290E-009 OutArr : 7.276037342837290E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALD2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 1 Cat. emissions: 1.969968625205643E-010 Spc. emissions: 1.969968625205643E-010 Successfully updated diagnostics: EmisALD2_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_PLANTDECAY Applying scale factor YIELD_RESP_ALD2 Scale field YIELD_RESP_ALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.5000000E-05 Mathematical operation : 1 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 3 Cat. emissions: 1.088405401966030E-009 Spc. emissions: 1.285402264486592E-009 Successfully updated diagnostics: EmisALD2_PlantDecay (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ALD2 Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 4 Cat. emissions: 2.096526587936586E-009 Spc. emissions: 3.381928852423182E-009 Successfully updated diagnostics: EmisALD2_Biogenic (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_ALD2_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.381928852423182E-009 Successfully updated diagnostics: EmisALD2_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALD2 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALD2 Scale field AEICALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 4.2718221E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 4 Category : 20 Cat. emissions: 2.319969452254641E-012 Spc. emissions: 3.384248821875449E-009 Added total emissions to output array: Species: 4 SpcFlx : 3.384248821875449E-009 OutArr : 3.384248821875449E-009 ------------------------------------------------------------------------------- Calculating emissions for species ALK4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 1 Cat. emissions: 9.695973761856791E-009 Spc. emissions: 9.695973761856791E-009 Successfully updated diagnostics: EmisALK4_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C4H10_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C5H12_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C6H14_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 10 Cat. emissions: 1.398327632701479E-010 Spc. emissions: 9.835806525126939E-009 Successfully updated diagnostics: EmisALK4_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_ALK4 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICALK4 Scale field AEICALK4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2137911 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 5 Category : 20 Cat. emissions: 1.161070897547385E-011 Spc. emissions: 9.847417234102236E-009 Successfully updated diagnostics: EmisALK4_Aircraft (counter: 72) Added total emissions to output array: Species: 5 SpcFlx : 9.847417234102236E-009 OutArr : 9.847417234102236E-009 ------------------------------------------------------------------------------- Calculating emissions for species BCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_AGR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ENE Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_IND Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_NRTR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_ROAD Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOR Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOC Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_RCOO Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SLV Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_WST Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 1 Cat. emissions: 1.595836248710899E-010 Spc. emissions: 1.595836248710899E-010 Successfully updated diagnostics: EmisBCPI_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPI_SHP Applying scale factor BC2BCPI Scale field BC2BCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.2000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 10 Cat. emissions: 6.212475364862356E-012 Spc. emissions: 1.657961002359517E-010 Successfully updated diagnostics: EmisBCPI_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_BCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 7 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 1.667866144525235E-010 Successfully updated diagnostics: EmisBCPI_Aircraft (counter: 72) Added total emissions to output array: Species: 7 SpcFlx : 1.667866144525235E-010 OutArr : 1.667866144525235E-010 ------------------------------------------------------------------------------- Calculating emissions for species BCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_AGR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ENE Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_IND Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_NRTR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_ROAD Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOR Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOC Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_RCOO Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SLV Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_WST Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 1 Cat. emissions: 6.383344994843596E-010 Spc. emissions: 6.383344994843596E-010 Successfully updated diagnostics: EmisBCPO_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BCPO_SHP Applying scale factor BC2BCPO Scale field BC2BCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 8 Category : 10 Cat. emissions: 2.484990145944942E-011 Spc. emissions: 6.631844009438068E-010 Successfully updated diagnostics: EmisBCPO_Ship (counter: 72) Added total emissions to output array: Species: 8 SpcFlx : 6.631844009438068E-010 OutArr : 6.631844009438068E-010 ------------------------------------------------------------------------------- Calculating emissions for species BENZ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 1 Cat. emissions: 7.551007670400686E-010 Spc. emissions: 7.551007670400686E-010 Successfully updated diagnostics: EmisBENZ_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_BENZ_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 9 Category : 10 Cat. emissions: 1.157924233396675E-011 Spc. emissions: 7.666800093740341E-010 Successfully updated diagnostics: EmisBENZ_Ship (counter: 72) Added total emissions to output array: Species: 9 SpcFlx : 7.666800093740341E-010 OutArr : 7.666800093740341E-010 ------------------------------------------------------------------------------- Calculating emissions for species BrSALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALA Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 16 Category : 3 Cat. emissions: 2.219289482702282E-011 Spc. emissions: 2.219289482702282E-011 Successfully updated diagnostics: EmisBrSALA_Natural (counter: 72) Added total emissions to output array: Species: 16 SpcFlx : 2.219289482702282E-011 OutArr : 2.219289482702282E-011 ------------------------------------------------------------------------------- Calculating emissions for species BrSALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_BrSALC Applying scale factor BrContent Scale field BrContent Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.1100000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 17 Category : 3 Cat. emissions: 1.343215899775925E-009 Spc. emissions: 1.343215899775925E-009 Successfully updated diagnostics: EmisBrSALC_Natural (counter: 72) Added total emissions to output array: Species: 17 SpcFlx : 1.343215899775925E-009 OutArr : 1.343215899775925E-009 ------------------------------------------------------------------------------- Calculating emissions for species C2H6 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_oilgas Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field C2H6_2010_biofuel Applying scale factor CtoC2H6 Scale field CtoC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.253333 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 1 Cat. emissions: 1.592839918222039E-009 Spc. emissions: 1.592839918222039E-009 Successfully updated diagnostics: EmisC2H6_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C2H6_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 10 Cat. emissions: 2.019641290606980E-011 Spc. emissions: 1.613036331128109E-009 Successfully updated diagnostics: EmisC2H6_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C2H6 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC2H6 Scale field AEICC2H6 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.2145049E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 18 Category : 20 Cat. emissions: 2.831927905434604E-013 Spc. emissions: 1.613319523918646E-009 Successfully updated diagnostics: EmisC2H6_Aircraft (counter: 72) Added total emissions to output array: Species: 18 SpcFlx : 1.613319523918646E-009 OutArr : 1.613319523918646E-009 ------------------------------------------------------------------------------- Calculating emissions for species C3H8 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field XIAO_C3H8 Applying scale factor LIQFUEL_THISYR Scale field LIQFUEL_THISYR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.042042 Mathematical operation : 1 Applying scale factor LIQFUEL_1985 Scale field LIQFUEL_1985 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.8750064 Mathematical operation : -1 Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor GEIA_DOW_HC Scale field GEIA_DOW_HC Time slice: 2 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.110200 Mathematical operation : 1 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOFUEL_C3H8 Applying scale factor CtoC3H8 Scale field CtoC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.280000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 1 Cat. emissions: 2.304523609597642E-009 Spc. emissions: 2.304523609597642E-009 Successfully updated diagnostics: EmisC3H8_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_C3H8_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 10 Cat. emissions: 5.602875975340386E-011 Spc. emissions: 2.360552369351047E-009 Successfully updated diagnostics: EmisC3H8_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_C3H8 Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICC3H8 Scale field AEICC3H8 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 7.8087102E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 19 Category : 20 Cat. emissions: 4.240806135832535E-014 Spc. emissions: 2.360594777412415E-009 Successfully updated diagnostics: EmisC3H8_Aircraft (counter: 72) Added total emissions to output array: Species: 19 SpcFlx : 2.360594777412415E-009 OutArr : 2.360594777412415E-009 ------------------------------------------------------------------------------- Calculating emissions for species CH2Br2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CH2BR2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 26 Category : 1 Cat. emissions: 9.166198530259190E-012 Spc. emissions: 9.166198530259190E-012 Successfully updated diagnostics: EmisCH2Br2_Ocean (counter: 72) Added total emissions to output array: Species: 26 SpcFlx : 9.166198530259190E-012 OutArr : 9.166198530259190E-012 ------------------------------------------------------------------------------- Calculating emissions for species CH2I2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2I2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 28 Category : 1 Cat. emissions: 1.694292498708590E-011 Spc. emissions: 1.694292498708590E-011 Successfully updated diagnostics: EmisCH2I2_Ocean (counter: 72) Added total emissions to output array: Species: 28 SpcFlx : 1.694292498708590E-011 OutArr : 1.694292498708590E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2IBr ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2IBR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 29 Category : 1 Cat. emissions: 1.275582393088248E-011 Spc. emissions: 1.275582393088248E-011 Successfully updated diagnostics: EmisCH2IBr_Ocean (counter: 72) Added total emissions to output array: Species: 29 SpcFlx : 1.275582393088248E-011 OutArr : 1.275582393088248E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2ICl ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH2ICL HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 30 Category : 1 Cat. emissions: 3.236147348492165E-011 Spc. emissions: 3.236147348492165E-011 Successfully updated diagnostics: EmisCH2ICl_Ocean (counter: 72) Added total emissions to output array: Species: 30 SpcFlx : 3.236147348492165E-011 OutArr : 3.236147348492165E-011 ------------------------------------------------------------------------------- Calculating emissions for species CH2O ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 1 Cat. emissions: 2.691429555063315E-010 Spc. emissions: 2.691429555063315E-010 Successfully updated diagnostics: EmisCH2O_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CH2O_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 2.691429555063315E-010 Successfully updated diagnostics: EmisCH2O_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CH2O Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICCH2O Scale field AEICCH2O Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1230811 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 31 Category : 20 Cat. emissions: 6.684370174538685E-012 Spc. emissions: 2.758273256808701E-010 Successfully updated diagnostics: EmisCH2O_Aircraft (counter: 72) Added total emissions to output array: Species: 31 SpcFlx : 2.758273256808701E-010 OutArr : 2.758273256808701E-010 ------------------------------------------------------------------------------- Calculating emissions for species CH3I ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ORDONEZ_CH3I HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 35 Category : 1 Cat. emissions: 5.060047251607752E-011 Spc. emissions: 5.060047251607752E-011 Successfully updated diagnostics: EmisCH3I_Ocean (counter: 72) Added total emissions to output array: Species: 35 SpcFlx : 5.060047251607752E-011 OutArr : 5.060047251607752E-011 ------------------------------------------------------------------------------- Calculating emissions for species CHBr3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field LIANG_CHBR3 Applying scale factor BROMOCARB_SEASON Scale field BROMOCARB_SEASON Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 37 Category : 1 Cat. emissions: 6.676590673676073E-011 Spc. emissions: 6.676590673676073E-011 Successfully updated diagnostics: EmisCHBr3_Ocean (counter: 72) Added total emissions to output array: Species: 37 SpcFlx : 6.676590673676073E-011 OutArr : 6.676590673676073E-011 ------------------------------------------------------------------------------- Calculating emissions for species CO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 1 Cat. emissions: 7.359438314771765E-008 Spc. emissions: 7.359438314771765E-008 Successfully updated diagnostics: EmisCO_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_CO_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 10 Cat. emissions: 1.098703764697978E-010 Spc. emissions: 7.370425352418732E-008 Successfully updated diagnostics: EmisCO_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_CO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 47 Category : 20 Cat. emissions: 1.410682202227922E-010 Spc. emissions: 7.384532174440977E-008 Successfully updated diagnostics: EmisCO_Aircraft (counter: 72) Added total emissions to output array: Species: 47 SpcFlx : 7.384532174440977E-008 OutArr : 7.384532174440977E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST1 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_2 Applying scale factor CHINA_MASK Mask field CHINA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field PM25FINE_3 Applying scale factor INDIA_MASK Mask field INDIA_MASK found and added to temporary mask. HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 1 Cat. emissions: 1.949489705776803E-009 Spc. emissions: 1.949489705776803E-009 Successfully updated diagnostics: EmisDST1_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST1 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 49 Category : 3 Cat. emissions: 1.792689790780635E-008 Spc. emissions: 1.987638761358315E-008 Successfully updated diagnostics: EmisDST1_Natural (counter: 72) Added total emissions to output array: Species: 49 SpcFlx : 1.987638761358315E-008 OutArr : 1.987638761358315E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST2 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 50 Category : 3 Cat. emissions: 4.502787307116691E-008 Spc. emissions: 4.502787307116691E-008 Successfully updated diagnostics: EmisDST2_Natural (counter: 72) Added total emissions to output array: Species: 50 SpcFlx : 4.502787307116691E-008 OutArr : 4.502787307116691E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST3 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 51 Category : 3 Cat. emissions: 8.170078312260004E-008 Spc. emissions: 8.170078312260004E-008 Successfully updated diagnostics: EmisDST3_Natural (counter: 72) Added total emissions to output array: Species: 51 SpcFlx : 8.170078312260004E-008 OutArr : 8.170078312260004E-008 ------------------------------------------------------------------------------- Calculating emissions for species DST4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EMIS_DST4 Applying scale factor DST_SF Scale field DST_SF Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.8600000E-04 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 52 Category : 3 Cat. emissions: 8.937705259351183E-008 Spc. emissions: 8.937705259351183E-008 Successfully updated diagnostics: EmisDST4_Natural (counter: 72) Added total emissions to output array: Species: 52 SpcFlx : 8.937705259351183E-008 OutArr : 8.937705259351183E-008 ------------------------------------------------------------------------------- Calculating emissions for species EOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 1 Cat. emissions: 2.818746019952390E-010 Spc. emissions: 2.818746019952390E-010 Successfully updated diagnostics: EmisEOH_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field EOH_PLANTDECAY Applying scale factor YIELD_RESP_EOH Scale field YIELD_RESP_EOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.1999999E-05 Mathematical operation : 1 Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 3 Cat. emissions: 1.075748587448678E-009 Spc. emissions: 1.357623189443915E-009 Successfully updated diagnostics: EmisEOH_PlantDecay (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_EOH Applying scale factor CtoEOH Scale field CtoEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.919167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 4 Cat. emissions: 2.095829535983895E-009 Spc. emissions: 3.453452725427807E-009 Successfully updated diagnostics: EmisEOH_Biogenic (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_EOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toEOH Scale field VOC1toEOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.3750000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 53 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.453452725427807E-009 Successfully updated diagnostics: EmisEOH_Ship (counter: 72) Added total emissions to output array: Species: 53 SpcFlx : 3.453452725427807E-009 OutArr : 3.453452725427807E-009 ------------------------------------------------------------------------------- Calculating emissions for species HCOOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 1 Cat. emissions: 1.011971193330960E-009 Spc. emissions: 1.011971193330960E-009 Successfully updated diagnostics: EmisHCOOH_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_HCOOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 72 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 1.011971193330960E-009 Successfully updated diagnostics: EmisHCOOH_Ship (counter: 72) Added total emissions to output array: Species: 72 SpcFlx : 1.011971193330960E-009 OutArr : 1.011971193330960E-009 ------------------------------------------------------------------------------- Calculating emissions for species ISOP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP Applying scale factor CtoISOP Scale field CtoISOP Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.135500 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 121 Category : 4 Cat. emissions: 2.730945308398367E-008 Spc. emissions: 2.730945308398367E-008 Successfully updated diagnostics: EmisISOP_Biogenic (counter: 72) Added total emissions to output array: Species: 121 SpcFlx : 2.730945308398367E-008 OutArr : 2.730945308398367E-008 ------------------------------------------------------------------------------- Calculating emissions for species LIMO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 124 Category : 4 Cat. emissions: 1.507473693844150E-009 Spc. emissions: 1.507473693844150E-009 Successfully updated diagnostics: EmisLIMO_Biogenic (counter: 72) Added total emissions to output array: Species: 124 SpcFlx : 1.507473693844150E-009 OutArr : 1.507473693844150E-009 ------------------------------------------------------------------------------- Calculating emissions for species MACR ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_MACR Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICMACR Scale field AEICMACR Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.3626090E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 127 Category : 20 Cat. emissions: 2.912361279331848E-012 Spc. emissions: 2.912361279331848E-012 Successfully updated diagnostics: EmisMACR_Aircraft (counter: 72) Added total emissions to output array: Species: 127 SpcFlx : 2.912361279331848E-012 OutArr : 2.912361279331848E-012 ------------------------------------------------------------------------------- Calculating emissions for species MEK ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 1 Cat. emissions: 5.678789149589615E-010 Spc. emissions: 5.678789149589615E-010 Successfully updated diagnostics: EmisMEK_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MEK_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 135 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 5.678789149589615E-010 Successfully updated diagnostics: EmisMEK_Ship (counter: 72) Added total emissions to output array: Species: 135 SpcFlx : 5.678789149589615E-010 OutArr : 5.678789149589615E-010 ------------------------------------------------------------------------------- Calculating emissions for species MOH ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 1 Cat. emissions: 3.758328026603187E-010 Spc. emissions: 3.758328026603187E-010 Successfully updated diagnostics: EmisMOH_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_MOH_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor VOC1toMOH Scale field VOC1toMOH Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 138 Category : 10 Cat. emissions: 0.000000000000000E+000 Spc. emissions: 3.758328026603187E-010 Successfully updated diagnostics: EmisMOH_Ship (counter: 72) Added total emissions to output array: Species: 138 SpcFlx : 3.758328026603187E-010 OutArr : 3.758328026603187E-010 ------------------------------------------------------------------------------- Calculating emissions for species MTPA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 146 Category : 4 Cat. emissions: 1.123011454332466E-008 Spc. emissions: 1.123011454332466E-008 Successfully updated diagnostics: EmisMTPA_Biogenic (counter: 72) Added total emissions to output array: Species: 146 SpcFlx : 1.123011454332466E-008 OutArr : 1.123011454332466E-008 ------------------------------------------------------------------------------- Calculating emissions for species MTPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 147 Category : 4 Cat. emissions: 4.857291647442846E-009 Spc. emissions: 4.857291647442846E-009 Successfully updated diagnostics: EmisMTPO_Biogenic (counter: 72) Added total emissions to output array: Species: 147 SpcFlx : 4.857291647442846E-009 OutArr : 4.857291647442846E-009 ------------------------------------------------------------------------------- Calculating emissions for species NH3 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 1 Cat. emissions: 8.504451166048613E-009 Spc. emissions: 8.504451166048613E-009 Successfully updated diagnostics: EmisNH3_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GEIA_NH3_NATU HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 3 Cat. emissions: 2.991390327962552E-009 Spc. emissions: 1.149584149401116E-008 Successfully updated diagnostics: EmisNH3_Natural (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NH3_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 10 Cat. emissions: 2.785882869972214E-012 Spc. emissions: 1.149862737688113E-008 Successfully updated diagnostics: EmisNH3_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEABIRD_NH3 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 157 Category : 30 Cat. emissions: 3.219613712650250E-011 Spc. emissions: 1.153082351400764E-008 Successfully updated diagnostics: EmisNH3_Seabirds (counter: 72) Added total emissions to output array: Species: 157 SpcFlx : 1.153082351400764E-008 OutArr : 1.153082351400764E-008 ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_AGR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ENE Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_IND Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_NRTR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_ROAD Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOR Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOC Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_RCOO Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_SLV Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_NO_WST Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 1 Cat. emissions: 9.558269989985414E-009 Spc. emissions: 9.558269989985414E-009 Successfully updated diagnostics: EmisNO_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SOILNOX_NO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 3 Cat. emissions: 3.077097896677681E-009 Spc. emissions: 1.263536788666310E-008 Successfully updated diagnostics: EmisNO_Soil (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_NO Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor NO2toNO Scale field NO2toNO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6521739 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 161 Category : 20 Cat. emissions: 3.188077875214057E-010 Spc. emissions: 1.295417567418452E-008 Successfully updated diagnostics: EmisNO_Aircraft (counter: 72) Added total emissions to output array: Species: 161 SpcFlx : 1.295417567418452E-008 OutArr : 1.295417567418452E-008 ------------------------------------------------------------------------------- Calculating emissions for species OCPI ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_AGR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ENE Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_IND Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_NRTR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_ROAD Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOR Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOC Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_RCOO Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SLV Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_WST Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPI_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPI_SHP Applying scale factor OC2OCPI Scale field OC2OCPI Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPI_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_OCPI Applying scale factor AEICBC Scale field AEICBC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 2.9999999E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 167 Category : 20 Cat. emissions: 9.905142165709365E-013 Spc. emissions: 8.961802634505660E-010 Successfully updated diagnostics: EmisOCPI_Aircraft (counter: 72) Added total emissions to output array: Species: 167 SpcFlx : 8.961802634505660E-010 OutArr : 8.961802634505660E-010 ------------------------------------------------------------------------------- Calculating emissions for species OCPO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_AGR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ENE Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_IND Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_NRTR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_ROAD Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOR Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOC Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_RCOO Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SLV Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_WST Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 1 Cat. emissions: 8.833905944236715E-010 Spc. emissions: 8.833905944236715E-010 Successfully updated diagnostics: EmisOCPO_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_OCPO_SHP Applying scale factor OC2OCPO Scale field OC2OCPO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 168 Category : 10 Cat. emissions: 1.179915481033099E-011 Spc. emissions: 8.951897492340024E-010 Successfully updated diagnostics: EmisOCPO_Ship (counter: 72) Added total emissions to output array: Species: 168 SpcFlx : 8.951897492340024E-010 OutArr : 8.951897492340024E-010 ------------------------------------------------------------------------------- Calculating emissions for species pFe ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_AGR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ENE Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_IND Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_NRTR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_ROAD Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOR Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOC Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_RCOO Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SLV Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_WST Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 1 Cat. emissions: 1.054227149613499E-011 Spc. emissions: 1.054227149613499E-011 Successfully updated diagnostics: EmispFe_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_pFe_SHP Applying scale factor SO2toPFe Scale field SO2toPFe Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 172 Category : 10 Cat. emissions: 1.504471584792263E-012 Spc. emissions: 1.204674308092728E-011 Successfully updated diagnostics: EmispFe_Ship (counter: 72) Added total emissions to output array: Species: 172 SpcFlx : 1.204674308092728E-011 OutArr : 1.204674308092728E-011 ------------------------------------------------------------------------------- Calculating emissions for species PRPE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 1 Cat. emissions: 3.791901679681667E-010 Spc. emissions: 3.791901679681667E-010 Successfully updated diagnostics: EmisPRPE_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_PRPE Applying scale factor CtoPRPE Scale field CtoPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.169167 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 4 Cat. emissions: 3.412207472827795E-009 Spc. emissions: 3.791397640795962E-009 Successfully updated diagnostics: EmisPRPE_Biogenic (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_PRPE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 10 Cat. emissions: 2.797758654811221E-011 Spc. emissions: 3.819375227344063E-009 Successfully updated diagnostics: EmisPRPE_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_PRPE Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICPRPE Scale field AEICPRPE Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.1780418 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 177 Category : 20 Cat. emissions: 9.669212208664465E-012 Spc. emissions: 3.829044439552720E-009 Successfully updated diagnostics: EmisPRPE_Aircraft (counter: 72) Added total emissions to output array: Species: 177 SpcFlx : 3.829044439552720E-009 OutArr : 3.829044439552720E-009 ------------------------------------------------------------------------------- Calculating emissions for species RCHO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_RCHO Applying scale factor AEICHC Scale field AEICHC Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1600000E-03 Mathematical operation : 1 Applying scale factor AEICRCHO Scale field AEICRCHO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6769439E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 184 Category : 20 Cat. emissions: 1.996899055601517E-012 Spc. emissions: 1.996899055601517E-012 Successfully updated diagnostics: EmisRCHO_Aircraft (counter: 72) Added total emissions to output array: Species: 184 SpcFlx : 1.996899055601517E-012 OutArr : 1.996899055601517E-012 ------------------------------------------------------------------------------- Calculating emissions for species SALA ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 190 Category : 3 Cat. emissions: 1.051795962734636E-008 Spc. emissions: 1.051795962734636E-008 Successfully updated diagnostics: EmisSALA_Natural (counter: 72) Added total emissions to output array: Species: 190 SpcFlx : 1.051795962734636E-008 OutArr : 1.051795962734636E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALAAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALAAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 191 Category : 3 Cat. emissions: 1.051795962734636E-008 Spc. emissions: 1.051795962734636E-008 Successfully updated diagnostics: EmisSALAAL_Natural (counter: 72) Added total emissions to output array: Species: 191 SpcFlx : 1.051795962734636E-008 OutArr : 1.051795962734636E-008 ------------------------------------------------------------------------------- Calculating emissions for species SALACL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALACL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 192 Category : 3 Cat. emissions: 5.789085175493321E-009 Spc. emissions: 5.789085175493321E-009 Successfully updated diagnostics: EmisSALACL_Natural (counter: 72) Added total emissions to output array: Species: 192 SpcFlx : 5.789085175493321E-009 OutArr : 5.789085175493321E-009 ------------------------------------------------------------------------------- Calculating emissions for species SALC ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 193 Category : 3 Cat. emissions: 6.365952127818088E-007 Spc. emissions: 6.365952127818088E-007 Successfully updated diagnostics: EmisSALC_Natural (counter: 72) Added total emissions to output array: Species: 193 SpcFlx : 6.365952127818088E-007 OutArr : 6.365952127818088E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCAL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCAL Applying scale factor SSAlkalinity Scale field SSAlkalinity Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.000000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 194 Category : 3 Cat. emissions: 6.365952127818088E-007 Spc. emissions: 6.365952127818088E-007 Successfully updated diagnostics: EmisSALCAL_Natural (counter: 72) Added total emissions to output array: Species: 194 SpcFlx : 6.365952127818088E-007 OutArr : 6.365952127818088E-007 ------------------------------------------------------------------------------- Calculating emissions for species SALCCL ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field SEASALT_SALCCL Applying scale factor SSChloride Scale field SSChloride Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.5504000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 195 Category : 3 Cat. emissions: 3.503820170143557E-007 Spc. emissions: 3.503820170143557E-007 Successfully updated diagnostics: EmisSALCCL_Natural (counter: 72) Added total emissions to output array: Species: 195 SpcFlx : 3.503820170143557E-007 OutArr : 3.503820170143557E-007 ------------------------------------------------------------------------------- Calculating emissions for species SO2 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_AGR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ENE HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_IND HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_NRTR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_ROAD HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOR HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOC HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_RCOO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SLV HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_WST HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 1 Cat. emissions: 1.054227099540401E-008 Spc. emissions: 1.054227099540401E-008 Successfully updated diagnostics: EmisSO2_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO2_SHP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 10 Cat. emissions: 1.504471513333700E-009 Spc. emissions: 1.204674250873771E-008 Successfully updated diagnostics: EmisSO2_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO2 Applying scale factor AEICSO2 Scale field AEICSO2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.1760000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 196 Category : 20 Cat. emissions: 3.882815796222853E-011 Spc. emissions: 1.208557066670000E-008 Successfully updated diagnostics: EmisSO2_Aircraft (counter: 72) Added total emissions to output array: Species: 196 SpcFlx : 1.208557066670000E-008 OutArr : 1.208557066670000E-008 ------------------------------------------------------------------------------- Calculating emissions for species SO4 ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_AGR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ENE Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_IND Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_NRTR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_ROAD Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOR Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOC Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_RCOO Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SLV Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_WST Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 1 Cat. emissions: 3.268103955163935E-010 Spc. emissions: 3.268103955163935E-010 Successfully updated diagnostics: EmisSO4_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SO4_SHP Applying scale factor SO2toSO4 Scale field SO2toSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.0999999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 10 Cat. emissions: 4.663861615111990E-011 Spc. emissions: 3.734490116675148E-010 Successfully updated diagnostics: EmisSO4_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SO4 Applying scale factor AEICSO4 Scale field AEICSO4 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 3.6000001E-05 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 197 Category : 20 Cat. emissions: 1.188617131954520E-012 Spc. emissions: 3.746376287994650E-010 Successfully updated diagnostics: EmisSO4_Aircraft (counter: 72) Added total emissions to output array: Species: 197 SpcFlx : 3.746376287994650E-010 OutArr : 3.746376287994650E-010 ------------------------------------------------------------------------------- Calculating emissions for species SOAP ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 1 Cat. emissions: 5.078012309982072E-009 Spc. emissions: 5.078012309982072E-009 Successfully updated diagnostics: EmisSOAP_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAP Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAP Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAP Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 4 Cat. emissions: 1.540497519505235E-009 Spc. emissions: 6.618509829487324E-009 Successfully updated diagnostics: EmisSOAP_Biogenic (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_SOAP_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 10 Cat. emissions: 7.581055786501267E-012 Spc. emissions: 6.626090885273847E-009 Successfully updated diagnostics: EmisSOAP_Ship (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field AEIC_SOAP Applying scale factor AEICNOCO Scale field AEICNOCO Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 Applying scale factor COtoSOAP_anth Scale field COtoSOAP_anth Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 6.8999998E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 201 Category : 20 Cat. emissions: 9.733706951531303E-012 Spc. emissions: 6.635824592225344E-009 Successfully updated diagnostics: EmisSOAP_Aircraft (counter: 72) Added total emissions to output array: Species: 201 SpcFlx : 6.635824592225344E-009 OutArr : 6.635824592225344E-009 ------------------------------------------------------------------------------- Calculating emissions for species SOAS ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_ISOP_SOAS Applying scale factor ISOPtoSOA Scale field ISOPtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.7000001E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_LIMO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPA_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_MTPO_SOAS Applying scale factor MONOtoSOA Scale field MONOtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ_SOAS Applying scale factor OTHRtoSOA Scale field OTHRtoSOA Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 5.6699999E-02 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 202 Category : 4 Cat. emissions: 1.540497519505235E-009 Spc. emissions: 1.540497519505235E-009 Successfully updated diagnostics: EmisSOAS_Biogenic (counter: 72) Added total emissions to output array: Species: 202 SpcFlx : 1.540497519505235E-009 OutArr : 1.540497519505235E-009 ------------------------------------------------------------------------------- Calculating emissions for species TOLU ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 1 Cat. emissions: 1.176820816541384E-009 Spc. emissions: 1.176820816541384E-009 Successfully updated diagnostics: EmisTOLU_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_TOLU_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 203 Category : 10 Cat. emissions: 6.787320548816373E-012 Spc. emissions: 1.183608137090209E-009 Successfully updated diagnostics: EmisTOLU_Ship (counter: 72) Added total emissions to output array: Species: 203 SpcFlx : 1.183608137090209E-009 OutArr : 1.183608137090209E-009 ------------------------------------------------------------------------------- Calculating emissions for species XYLE ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_AGR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ENE Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_IND Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_NRTR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_ROAD Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOR Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOC Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_RCOO Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SLV Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_WST Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 1 Cat. emissions: 1.259743575668064E-009 Spc. emissions: 1.259743575668064E-009 Successfully updated diagnostics: EmisXYLE_Anthro (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field CEDS_XYLE_SHP Applying scale factor GEIA_TOD_FOSSIL Scale field GEIA_TOD_FOSSIL Time slice: 20 IX, IY: 25 25 Scale factor (IX,IY,L1): 0.6500000 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 204 Category : 10 Cat. emissions: 6.556427673597390E-012 Spc. emissions: 1.266300003341656E-009 Successfully updated diagnostics: EmisXYLE_Ship (counter: 72) Added total emissions to output array: Species: 204 SpcFlx : 1.266300003341656E-009 OutArr : 1.266300003341656E-009 ------------------------------------------------------------------------------- Calculating emissions for species SESQ ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field BIOGENIC_SESQ HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Added category emissions to species array: Species : 205 Category : 4 Cat. emissions: 2.363450897757970E-009 Spc. emissions: 2.363450897757970E-009 Added total emissions to output array: Species: 205 SpcFlx : 2.363450897757970E-009 OutArr : 2.363450897757970E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering HCOX_RUN (hcox_driver_mod.F90) ( 1) HEMCO: Entering HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) Total eruptive emissions [kgS/s]: 0.0000000E+00 Total degassing emissions [kgS/s]: 364.3888 Successfully updated diagnostics: EmisSO2_VolcDegas (counter: 72) Successfully updated diagnostics: EmisSO2_VolcErupt (counter: 72) HEMCO: Leaving HCOX_Volcano_Run (hcox_volcano_mod.F90) ( 2) HEMCO: Entering HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) Calculate air-sea flux for HEMCO species 48 Module species name: DMS HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field DMS_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisDMS_Ocean (counter: 72) Calculate air-sea flux for HEMCO species 1 Module species name: ACET HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ACET_SEAWATER Applying scale factor CtoACET Scale field CtoACET Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.613611 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisACET_Ocean (counter: 72) Calculate air-sea flux for HEMCO species 138 Module species name: MOH HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MOH_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMOH_Ocean (counter: 72) Calculate air-sea flux for HEMCO species 4 Module species name: ALD2 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ALD2_SEAWATER Applying scale factor CtoALD2 Scale field CtoALD2 Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.835833 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisALD2_Ocean (counter: 72) Calculate air-sea flux for HEMCO species 136 Module species name: MENO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field MENO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisMENO3_Ocean (counter: 72) Calculate air-sea flux for HEMCO species 55 Module species name: ETNO3 HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field ETNO3_SEAWATER HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) HEMCO: Leaving Calc_SeaFlux (hcox_seaflux_mod.F90) ( 3) Successfully updated diagnostics: EmisETNO3_Ocean (counter: 72) HEMCO: Leaving HCOX_SeaFlux_Run (hcox_seaflux_mod.F90) ( 2) HEMCO: Entering HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) Run HEMCO calculation w/ following options: Extension number: 102 Tracer range: 1 -1 Category range: 1 -1 Auto diagnostics: F ------------------------------------------------------------------------------- Calculating emissions for species NO ------------------------------------------------------------------------------- HEMCO: Entering GET_CURRENT_EMISSIONS ( 4) Evaluate field CEDS_NO_SHP Applying scale factor EDGAR_TODNOX Scale field EDGAR_TODNOX Time slice: 24 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.108297 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 4) Added category emissions to species array: Species : 161 Category : 10 Cat. emissions: 2.559995615550594E-009 Spc. emissions: 2.559995615550594E-009 Added total emissions to output array: Species: 161 SpcFlx : 2.559995615550594E-009 OutArr : 2.559995615550594E-009 HEMCO emissions successfully calculated! HEMCO: Leaving HCO_CalcEmis (HCO_CALC_MOD.F90) ( 3) HEMCO: Entering Evolve_Plume (hcox_paranox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Ship (counter: 72) Successfully updated diagnostics: EmisNO2_Ship (counter: 72) Successfully updated diagnostics: EmisHNO3_Ship (counter: 72) Successfully updated diagnostics: EmisO3_Ship (counter: 72) HEMCO: Leaving Evolve_Plume (hcox_paranox_mod.F90) ( 3) HEMCO: Leaving HCOX_ParaNOx_Run (hcox_paranox_mod.F90) ( 2) HEMCO: Entering HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering LightNOx (hcox_lightnox_mod.F90) ( 3) HEMCO: Leaving LightNOx (hcox_lightnox_mod.F90) ( 3) Successfully updated diagnostics: EmisNO_Lightning (counter: 72) HEMCO: Leaving HCOX_LightNOx_Run (hcox_lightnox_mod.F90) ( 2) HEMCO: Entering HCOX_Megan_Run (hcox_megan_mod.F) ( 2) Successfully updated diagnostics: EmisMOH_Biogenic (counter: 72) HEMCO: Leaving HCOX_Megan_Run (hcox_megan_mod.F) ( 2) HEMCO: Entering HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_SAVA HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_BORF HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_TEMP HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_DEFO HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_PEAT HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) HEMCO: Entering GET_CURRENT_EMISSIONS ( 3) Evaluate field GFED_AGRI HEMCO: Leaving GET_CURRENT_EMISSIONS ( 3) Successfully updated diagnostics: EmisNO_BioBurn (counter: 72) Successfully updated diagnostics: EmisCO_BioBurn (counter: 72) Successfully updated diagnostics: EmisALK4_BioBurn (counter: 72) Successfully updated diagnostics: EmisACET_BioBurn (counter: 72) Successfully updated diagnostics: EmisMEK_BioBurn (counter: 72) Successfully updated diagnostics: EmisALD2_BioBurn (counter: 72) Successfully updated diagnostics: EmisPRPE_BioBurn (counter: 72) Successfully updated diagnostics: EmisC3H8_BioBurn (counter: 72) Successfully updated diagnostics: EmisCH2O_BioBurn (counter: 72) Successfully updated diagnostics: EmisC2H6_BioBurn (counter: 72) Successfully updated diagnostics: EmisSO2_BioBurn (counter: 72) Successfully updated diagnostics: EmisNH3_BioBurn (counter: 72) Successfully updated diagnostics: EmisBCPO_BioBurn (counter: 72) Successfully updated diagnostics: EmisBCPI_BioBurn (counter: 72) Successfully updated diagnostics: EmisOCPO_BioBurn (counter: 72) Successfully updated diagnostics: EmisOCPI_BioBurn (counter: 72) Successfully updated diagnostics: EmisMTPA_BioBurn (counter: 72) Successfully updated diagnostics: EmisBENZ_BioBurn (counter: 72) Successfully updated diagnostics: EmisTOLU_BioBurn (counter: 72) Successfully updated diagnostics: EmisXYLE_BioBurn (counter: 72) Successfully updated diagnostics: EmisEOH_BioBurn (counter: 72) Successfully updated diagnostics: EmisMOH_BioBurn (counter: 72) Successfully updated diagnostics: EmisSOAP_BioBurn (counter: 72) HEMCO: Leaving HCOX_GFED_Run (hcox_gfed_mod.F90) ( 2) HEMCO: Entering HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_Iodine_Run (hcox_iodine_mod.F90) ( 2) HEMCO: Leaving HCOX_RUN (hcox_driver_mod.F90) ( 1) Successfully updated diagnostics: EmisACET_Total (counter: 72) Successfully updated diagnostics: EmisALD2_Total (counter: 72) Successfully updated diagnostics: EmisALK4_Total (counter: 72) Successfully updated diagnostics: EmisBCPI_Total (counter: 72) Successfully updated diagnostics: EmisBCPO_Total (counter: 72) Successfully updated diagnostics: EmisBENZ_Total (counter: 72) Successfully updated diagnostics: EmisC2H6_Total (counter: 72) Successfully updated diagnostics: EmisC3H8_Total (counter: 72) Successfully updated diagnostics: EmisCH2O_Total (counter: 72) Successfully updated diagnostics: EmisCO_Total (counter: 72) Successfully updated diagnostics: EmisDST1_Total (counter: 72) Successfully updated diagnostics: EmisEOH_Total (counter: 72) Successfully updated diagnostics: EmisHCOOH_Total (counter: 72) Successfully updated diagnostics: EmisISOP_Total (counter: 72) Successfully updated diagnostics: EmisMACR_Total (counter: 72) Successfully updated diagnostics: EmisMEK_Total (counter: 72) Successfully updated diagnostics: EmisMOH_Total (counter: 72) Successfully updated diagnostics: EmisMTPA_Total (counter: 72) Successfully updated diagnostics: EmisNH3_Total (counter: 72) Successfully updated diagnostics: EmisNO_Total (counter: 72) Successfully updated diagnostics: EmisOCPI_Total (counter: 72) Successfully updated diagnostics: EmisOCPO_Total (counter: 72) Successfully updated diagnostics: EmispFe_Total (counter: 72) Successfully updated diagnostics: EmisPRPE_Total (counter: 72) Successfully updated diagnostics: EmisRCHO_Total (counter: 72) Successfully updated diagnostics: EmisSO2_Total (counter: 72) Successfully updated diagnostics: EmisSO4_Total (counter: 72) Successfully updated diagnostics: EmisSOAP_Total (counter: 72) Successfully updated diagnostics: EmisTOLU_Total (counter: 72) Successfully updated diagnostics: EmisXYLE_Total (counter: 72) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_OCS HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_N2O Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC22 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC142b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_HCFC141b Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H2402 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1301 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_H1211 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CHCl3 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Cl Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3CCl3 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH3Br Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CH2Cl2 Applying scale factor pptv2ppbv Scale field pptv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E-03 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC12 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC115 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC114 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC113 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CFC11 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field SfcVMR_CCl4 Applying scale factor vv2ppbv Scale field vv2ppbv Time slice: 1 IX, IY: 25 25 Scale factor (IX,IY,L1): 1.0000000E+09 Mathematical operation : 1 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-01 23:50:00 The weekday is (0=Sun,...,6=Sat): 1 Is this an emission time step : F HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering ReadList_Read (hco_readlist_mod.F90) ( 2) Now reading always list! HEMCO: Entering ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Leaving HCOIO_DataRead (hcoio_dataread_mod.F90) ( 4) HEMCO: Entering tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Leaving tIDx_Assign (hco_tidx_mod.F90) ( 4) HEMCO: Entering EmisList_Pass (hco_emislist_mod.F90) ( 4) HEMCO: Entering EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Add (hco_emislist_mod.F90) ( 5) HEMCO: Leaving EmisList_Pass (hco_emislist_mod.F90) ( 4) Remove data array of T_DAVG Remove data array of T_PREVDAY Remove data array of LAI_PREVDAY Remove data array of PARDR_DAVG Remove data array of PARDF_DAVG HEMCO: Leaving ReadList_Fill (hco_readlist_mod.F90) ( 3) HEMCO: Leaving ReadList_Read (hco_readlist_mod.F90) ( 2) HEMCO: Leaving HCO_RUN (hco_driver_mod.F90) ( 1) HEMCO: Entering GET_CURRENT_EMISSIONS ( 1) Evaluate field NOAA_GMD_CH4 HEMCO: Leaving GET_CURRENT_EMISSIONS ( 1) HEMCO: Entering SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) HEMCO: Leaving SET_LOCALTIME (HCO_CLOCK_MOD.F90) ( 1) =============================================================================== Set HEMCO clock to 2019-07-02 00:00:00 The weekday is (0=Sun,...,6=Sat): 2 Is this an emission time step : T HEMCO PBL heights obtained from provided 2D field. ------------------------------------------------------------------------------- HEMCO: Entering HCO_RUN (hco_driver_mod.F90) ( 1) ------------------------------------------------------------------------------- HEMCO 3.0.0 FINISHED. Warnings (level 1 or lower): 337 -------------------------------------------------------------------------------